Broadcom AS20 Encoder

Abstract

Traditional encoders present challenges in space-constrained, weight-sensitive, or high-precision applications due to their size, complexity, and installation requirements. This white paper introduces the miniature energy harvesting multi-turn (EHMT) magnetic encoder, a revolutionary solution designed to overcome these limitations. Combining an exceptionally compact-size and lightweight design with remarkably high accuracy, this encoder enables precise motion feedback where it was previously impossible or impractical. Furthermore, its innovative magnetic sensing principle and simplified mechanical interface ensure easy assembly and integration, significantly reducing installation time and complexity.

Its lightweight rotational magnetic source drastically reduces moment of inertia. This is transformative for applications sensitive to small starting torques, including micro-drives, portable surgical tools, and miniature robotic joints, where every milligram and mili-Newton-meter counts. Combined with its inherent small size and ease of assembly, the EHMT encoder sets a new standard for reliable, precise motion feedback in the most demanding compact applications.

Introduction

The Broadcom® AS20 Encoder offers high performance in a miniature EHMT magnetic encoder. It features an automatic offset and gain calibration across operating temperature. This technology actively nullifies Hall sensor offset drift, ensuring that high accuracy is maintained immediately upon first power-on and across the full operating temperature range, eliminating a major source of system variability.

Unlike conventional counterparts, the magnetic technology demonstrates exceptional immunity to current drift throughout its operational lifetime, providing designers with confidence in stability and precision.

Applications

• Robotics
• Medical application
• Brushless DC motor and stepper motor
• Resolver and potentiometer replacement
• Industrial automation

Core Technology: Automatic Offset and Gain Calibration across Operating Temperature

Traditional magnetic encoders relying on Hall-effect sensors are fundamentally susceptible to offset and gain drift caused by temperature variations. This drift manifests as significant first-power-on accuracy errors (often several percent) when the encoder is powered at a temperature different from its last calibration point. Manual calibration or complex compensation circuits are typically required to mitigate this.

During manufacturing, each EHMT encoder is programmed with the default temperature value of specified operating temperature range. The optimized default offset and gain calibration values are preloaded for four key temperature points (P0-Value D, P1-Value A, P2-Value B, P3-Value C) in the internal memory, spaced at precise 32°C intervals. Point P1 is typically set at a standard room temperature (for example, 25°C).

Memory Settings Illustration of Calibration Values:

Intelligent Runtime Learning:

During normal operation, when the encoder operates at a temperature close to P0 (P1 – 32°C), the system automatically performs a calibration cycle and stores the optimized offset/gain values for P0. Similarly, when operating near P2 (P1 + 32°C) and P3 (P1 + 64°C), the encoder automatically calibrates and stores values for these points. During operation at room temperature, P1 value also will be updated similar to the three other temperature points.

Calibration Storage: All relearned calibration values (P0, P1, P2, and P3) are stored in the encoder's internal nonvolatile memory.

Automatic Temperature Calibration Flow:

The flow starts with factory default settings. If the operating temperature is close to P0, calibration occurs and stores the new value. If not, it checks for P1, then P2, and finally P3. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next check. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. 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If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3, calibration occurs. If not, it checks for P2, then P1, and finally P0. If the temperature is close to any of these points, calibration occurs. If the temperature is not close to any defined points, it proceeds to the next step. After checking all points, if no calibration occurred, it proceeds to the next step. If the temperature is close to P3,

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