RCM80 - Raptor Control Module

RCM80 is a general-purpose control module equipped with 38 inputs, including analog inputs, digital/frequency inputs, wake-up inputs, and RTD temperature sensor inputs, to meet diversified signal acquisition needs; and 17 outputs, supporting low-side drive, high-side drive, analog outputs and TTL outputs, which are suitable for various load control scenarios.
SKU RCM80 Categorization

RCM80 - Raptor Control Module: Product Overview

Equipped with 4 CAN buses, 1 LIN bus, and configurable discrete input and output interfaces. Includes analog inputs, digital inputs, resistance thermistor (RTD) inputs, wake-up inputs, high-side and low-side drive outputs, analog outputs, and TTL outputs.

The RCM80 belongs to the Raptor series of ruggedized mass-production controllers, which uses a software development process based on MATLAB/Simulink and Raptor-Dev to significantly speed up algorithm development through automatic integration and code generation, and supports simulation and automated testing to facilitate developers to quickly validate application software.

38 input channelsThe inputs include 21 high-precision analog inputs, 11 configurable digital/frequency inputs, 1 ignition switch wake-up input, and 5 RTD temperature inputs that support a two-wire system. These inputs meet a wide range of sensor signal acquisition and system status detection needs, and are suitable for complex control and monitoring application scenarios.
17 output channelsThe outputs include 11 low-side drivers with PWM support, 3 high-side drivers with PWM support, 1 TTL logic level output, and 2 analog outputs with adjustable voltage. These outputs can flexibly drive solenoid valves, relays, actuators and other loads to meet different system requirements for actuation and control.
  • Supports 4 CAN buses, 1 LIN bus and Wake-On function to meet multi-bus communication and wake-up requirements
  • Integration of up to 38 inputs, including analog, digital/frequency, wake-up, and RTD temperature inputs, for all types of signal acquisition
  • Equipped with 17 output ports covering low/high side drive, analog outputs and TTL logic outputs to realize multiple load control.
  • 200MHz NXP SPC5743R processor, 2MB Flash, 128KB RAM, 16KB EEPROM.
  • Compatible with MATLAB/Simulink and Raptor-Dev development, supports automatic code generation and simulation testing, accelerates the development process
  • Operating voltage range 8-32V, IP69K protection, operating temperature -40°C to 105°C, reliable and durable
  • Supports output troubleshooting, internal temperature monitoring and sensor power protection for system security

 

Correspondence:

RCM80 controller supports 4-channel CAN and 1-channel LIN communication, with flexible wake-up function, compatible with a variety of communication protocols and voltage systems, suitable for industrial control applications with multi-bus communication and energy-saving requirements:

  • 4 CAN 2.0 buses with standard and extended ID support, with CAN1 dedicated to module recovery. The module does not come with internal termination resistors. Supports Wake-on-CAN4, which is triggered when the battery is turned on for the first time or when a specific message is received, and then returns to sleep if no further signals are received.
  • 1 LIN bus, compatible with LIN versions 2.0 to 2.2A. LIN1 can be configured as master or slave in the Raptor software. 12V and 24V systems are supported on the LIN bus. The module supports Wake-on-LIN1 (Wake-on-LIN1), which also wakes up the first time it is powered by the battery or receives data, and then goes to sleep if there is no other wake-up signal.

Power supply:

Maximum rating:

sports event Minimum Value Typical Value Maximum Value Unit
Battery (BATT)
Input battery voltage (normal operation) 8 13.8/27.6 32 V
Battery forced start voltage (within 60 seconds) 36 V
Reverse connection protection voltage (within 60 seconds) -32 V
No load operating current (13.8V) 160 mA
No load operating current (27.6V) 100 mA
Power failure sleep current (13.8V) 981 μA
Power-down sleep current (27.6V) 996 μA
Wake-up input (WAKE_INPUT1)
WAKE_INPUT1 circuit operating current 0 8 mA
WAKE_INPUT1 reverse connection protection (within 60 seconds) -32 V
Sensor Power/Ground
Sensor power supply output voltage 4.875 5 5.125 V
Sensor power supply output current 0 200 mA
Sensor ground return current 0 200 mA
Main Power Relay Drive (MPRD)
Maximum operating current of MPRD output 1 A
Power Drive (DRVP)
DRVP Maximum Operating Current 20 A
Ground (GND)
Maximum operating current at GND pin 20 A
Maximum current per small Molex GND pin 5 A
Maximum current per large Molex GND pin 10 A

 

其他信息

Download

Datasheet

Simplified Chinese

Datasheet

English version

User Manual

Simplified Chinese

User Manual

English version

Software package

Software package

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FAQ

Please keep in mind

Caution! Electrostatic discharge (ESD) may damage or destroy components on the card. Please take precautions to avoid electrostatic discharge.

Before using the device, please carefully review the pinout information in the product manual. During operation of the device, be sure to connect the power cord correctly and avoid plugging and unplugging.