nXp Technologies, Inc., is a holding company. The Company operates as a semiconductor company. The Company provides high-performance mixed-signal and standard product solutions. Their official website is NXP.com.
A directory of user manuals and instructions for NXP products can be found below. NXP products are patented and trademarked under the brand nXp Technologies, Inc.
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Learn about the advanced features and capabilities of NXP KV3x-100-120 MHz Advanced 3ph FOC Sensorless Motor Control MCUs based on Arm in this user manual. Discover how these MCUs can deliver high-performance solutions for BLDC, PMSM, and ACIM motor control applications, and explore the comprehensive enablement suite and reference designs available. Update your knowledge with this informative manual.
This user manual is for the FRDMDUALK3664EVB evaluation board, designed for engineers evaluating and implementing the MC33664 isolated network high-speed transceiver. The manual includes information on the S32K344 Emulation Adapter, keywords BMS, TPL, and S32K344, and revision history. Note that this board is for engineering development or evaluation purposes only, and is not intended to represent a final design recommendation for any particular application.
Learn how to use the NXP UM11602 RDDRONE-T1ADAPT 100BASE-T1 to 100BASE-TX Media Converter with this comprehensive user manual. This evaluation board features a TJA1101B and ARM Cortex-M0+ for seamless communication between 100BASE-T1 and 100BASE-TX devices. Discover how to connect standard RJ45 and T1 peripherals over a reliable 2-wire T1 interface and collaborate with the NXP community for additional tips and support.
Learn how to set up, configure, and operate the NXP UM11385 Evaluation Board for the P3A9606JK transceiver. This 2-bit transceiver enables bidirectional voltage level translation between low voltage nodes, and is suitable for use with SPMI, I2C and SPI protocols.
Learn how to download and run the default release image of the NXP IMXWQSG i.MX Windows 10 IoT package with this user manual. Find hardware and software requirements, including i.MX 8M EVK boards and Windows 10 IoT Enterprise LTSC 2021 for Arm64. Troubleshoot with serial logging setup.
The NXP UM11484 14-Cell Battery Pack Extender Owner's Manual provides important information for engineering development or evaluation purposes only. Learn about the product's design, safety measures, and recommended precautions to minimize risks associated with electrostatic discharge. The manual also outlines NXP's warranty and liability policies.
Learn about the NXP UM11664 SC18IM704-EVB Evaluation Board, designed for engineering development or evaluation purposes. Discover how it serves as an interface between the UART port of a microcontroller and the I2C-bus to enable communication with other I2C-bus devices.
Learn how to set up, configure and operate the NXP UM11666 SC18IS606-EVB SPI Bridge Evaluation Board quickly and efficiently with this user manual. This evaluation board is designed for engineering development or evaluation purposes only and helps control all the SPI bus specific sequences, protocol, and timing. Discover how to properly use this SPI Bridge Evaluation Board and minimize risks associated with your applications with the help of NXP's technical support services.
Learn how to get started with the NXP RD-HVBMSCTBUN HVBMS Battery Management Unit with this user manual. The bundle includes hardware and software packages, and this guide provides first start-up steps to visualize system measurements in a GUI. The kit features a Battery Management Unit kit (RD-K344BMU), Cell Monitoring Unit kit (RD33775ACNTEVB), Battery Junction Box kit (RD772BJBTPLEVB), and Battery Emulation kit (BATT-14CEMULATOR), and comes with a power supply and multiple cables. Check out the user manual to learn more about each component and get started with the HVBMS Reference Design bundle.
The i.MX 8M Mini Applications Processor Instruction Manual provides an in-depth overview of the NXP i.MX 8M Mini Applications Processor. This family of products combines media-specific features with high-performance processing optimized for low power consumption, making it ideal for a broad range of consumer and industrial applications. The manual includes detailed information on its architecture, target applications, and a comprehensive list of acronyms and abbreviations commonly used in the industry. Get a preview of the Reference Manual and learn more about this powerful processor.
