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User Manual for NXP models including: TWR-IND-IO Industrial I O Module, TWR-IND-IO, Industrial I O Module, I O Module
Quick Start Guide TWR-IND-IO Freescale Tower System The TWR-IND-IO module is part of the Freescale Tower System, a modular development platform that enables rapid prototyping and tool re-use through reconfigurable hardware. Take your design to the next level and begin prototyping with your Tower System today. Analog Signal Access 3x ADC, 1x DAC
[NXP] TWR-IND-IO 개발보드/프로그래머 > 개발보드/평가기판 > 센서/통신 (주)엘레파츠 - 엘레파츠
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DocumentDocumentQuick Start Guide TWR-IND-IO Industrial I/O Module Downloaded from Arrow.com. TOWER SYSTEM Quick Start Guide Get to Know the TWR-IND-IO Digital Signal Access 6x PWM, 3x Timer Analog Signal Access 3x ADC, 1x DAC Primary Elevator USB2SER OMM Port over USB 2x CAN RS-485 with optional isolation and PROFIBUS Secondary Elevator RS-232 with Available Flow Control TWR-IND-IO Freescale Tower System The TWR-IND-IO module is part of the Freescale Tower System, a modular development platform that enables rapid prototyping and tool re-use through reconfigurable hardware. Take your design to the next level and begin prototyping with your Tower System today. Dow2nloaded from Arrow.com. TOWER SYSTEM TWR-IND-IO Features · USB to Serial Ready Play solution, providing serial connectivity via USB · RS-232 transceiver with available flow control signaling · RS-485 transceiver with optional isolation and PROFIBUS capability · Dual CAN transceivers · Analog signals accessible via screw terminals: 3x ADC, 1x DAC, VDDA, VSSA · Digital signals accessible via LEDs and thru-hole points: 6x PWM, 3x timer · Signal jumpers to allow isolation, probing and remapping of interfaces · Compatible with the TWR-SER to provide access to additional industrial I/O interfaces Downloaded from Arrow.com. 3 Quick Start Guide Step-by-Step Installation Instructions 1 Configure Jumpers Configure the TWR-IND-IO jumpers to align with the intended Tower System controller module. Be aware that not all controller modules will provide access to all features available on the TWR-IND-IO. Refer to the Jumper Table in this document for reference and the user manual for additional details regarding the flexibility of this module. 3 Assemble Your Tower System Assemble your Tower System, including a Tower System controller module, the TWR-IND-IO peripheral module, and the TWR-ELEV elevator modules. Refer to the assembly instructions provided with the TWR-ELEV modules for correct orientation and assembly of boards. NOTE: The TWR-IND-IO module is intended to be compatible with the TWR-SER serial module, thus expanding the number of available interfaces. 2 Ensure Compatibility Each interface featured on the TWR-IND-IO is capable of being isolated from the Tower System. To maintain the best compatibility with additional Tower peripheral modules it is recommended that any unused interfaces be isolated. 4 Refer to Additional Materials Many existing MQXTM example projects can be adapted to utilize the respective I/O interfaces on the TWR-IND-IO by modifying the "user_config.h" file and recompiling the MQX BSP. Refer to the TWR-IND-IO user manual and the latest MQX release notes for details. Refer to the TWR-INDIO page on freescale.com/Tower for additional information and example application projects for select Tower System controller modules. Dow4nloaded from Arrow.com. TOWER SYSTEM TWR-IND-IO Jumper Options The following is a list of all jumper options. The default installed jumper settings are shown in white text within the black boxes. Jumper Option J3 LED Enable for Digital Signal Block A (3x PWM) Setting Description 1-2 Provides power to the associated LEDs, remove to isolate PWM signals or to use JP1 - JP3 J4 LED Enable for Digital Signal Block B (3x PWM) 1-2 Provides power to the associated LEDs, remove to isolate PWM signals or to use JP4 - JP6 J5 LED Enable for Digital Signal Block C (3x Timer) 1-2 Provides power to the associated LEDs, remove to isolate timer signals or to use JP7 - JP9 J6 Voltage I/O selection J7 USB2SER RTS/CTS J9 USB2SER TX/RX J13 CAN1 Termination Enable J14 CAN2 Termination Enable J15 CAN Isolation Jumpers Downloaded from Arrow.com. 1-2 5V interface between MCU and transceivers 2-3 3.3V interface between MCU and transceivers 1-2 Provides a loopback of RTS/CTS, remove to allow access to RTS and CTS 1-2 Connects UART0 TX to USB2SER RX. Pin 1 - UART0 TX, Pin 2 - USB2SER RX 3-4 Connects UART0 RX to USB2SER TX. Pin 3 - UART0 RX, Pin 4 - USB2SER TX 1-2 Enables 121 Ohm termination between CANH and CANL 1-2 Enables 121 Ohm termination between CANH and CANL 1-2 Connects CAN1_TX to TXD on CAN transceiver associated with J11 3-4 Connects CAN1_RX to RXD on CAN transceiver associated with J11 5-6 Connects CAN1_TX to TXD on CAN transceiver associated with J12 7-8 Connects CAN1_RX to RXD on CAN transceiver associated with J12 5 Quick Start Guide TWR-IND-IO Jumper Options continued The following is a list of all jumper options. The default installed jumper settings are shown in white text within the black boxes. Jumper Option J16 UART3 Isolation/Access Jumpers J18 UART3 RTS/DCD Loopback J19 UART2 RTS/DCD Loopback J20 UART2 Isolation/Access Jumpers J21 RS-485 Termination Enable Setting 1-2 3-4 5-6 7-8 1-2 Description Connects UART3_TX to T1IN on RS-232 transceiver associated with J17 Connects UART3_RX to R1OUT on RS-232 transceiver associated with J17 Connects UART3_RTS to T2IN on RS-232 transceiver associated with J17 Connects UART3_CTS to R2OUT on RS-232 transceiver associated with J17 Provides a loopback of RTS to DCD on UART3 2-3 Provides a pulldown on UART3 DCD 1-2 Provides a loopback of RTS to DCD on UART3 2-3 Provides a pulldown on UART3 DCD 1-2 Connects UART2_RX to R on RS-485 transceiver associated with J22/J23 3-4 Connects UART2_TX to D on RS-485 transceiver associated with J22/J23 5-6 Connects UART2_RTS to DE on RS-485 transceiver associated with J22/J23 7-8 Connects UART2_CTS to a pull-down resistor 1-2 Enables 121 Ohm termination between RS-485 A and B Dow6nloaded from Arrow.com. TOWER SYSTEM TWR-IND-IO Header Descriptions The following is a list of all available headers and their descriptions Header J2 (J24, J25) J7 J8 J11 J12 J17 J22 J23 Description Analog Screw Terminal USB2SER RTS/CTS UART1 CAN1 Header CAN2 Header RS-232 Header RS-485 Screw Terminal (Power) RS-485 Screw Terminal (Signal) Pin Details 1-VDDA, 2-VSSA, 3-DAC0, 4-VSSA, 5-AN1, 6-AN2 7-AN3, 8-VSSA, 9-VDDA 1-CTS, 2-RTS 1-TXD1, 2-RXD1, 3-RTS1, 4-CTS1 1-CANH, 2-GND, 3-CANL 1-CANH, 2-GND, 3-CANL 3-TXD, 4-CTS, 5-RXD, 6-RTS, 9-GND (others signals are NC) 1-Isolated GND, 2-Isolated VCC, 3-Isolated GND 1-Isolated DE, 2-RS-485 B, 3-RS-485 A Downloaded from Arrow.com. 7 Quick Start Guide Visit freescale.com/Tower for information on the TWR-IND-IO module, including: · TWR-IND-IO user guide · TWR-IND-IO schematics · Tower System fact sheet Support Visit freescale.com/support for a list of phone numbers within your region. Warranty Visit freescale.com/warranty for complete warranty information. Downloaded from Arrow.com. For more information, please visit freescale.com/Tower Join the online Tower community at towergeeks.org Freescale and the Freescale logo are trademarks of Freescale semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. All other product or service names are the property of their respective owners. Apple, iPad, iPhone and iPod are trademarks of Apple Inc., registered in the U.S. and other countries. © 2012 Freescale Semiconductor, Inc. Document Number: TWRINDIOQSG REV 0 Agile Number: 924-27304 REV A