
GCM48 - General Purpose Control Module
GCM48 - General Purpose Control Module: Product Overview
- Supports 6 CAN 2.0 buses and 3 LIN buses (configurable master-slave mode), wake-up compatible
- Provides 12 analog inputs, 4 frequency inputs, and 1 wake-up input.
- Equipped with 7 low-side drive outputs, independent fuel gauge drive output and one H-bridge drive output.
- The core processor is the NXP MPC5605B, clocked at 64MHz, with 512KB of application flash and 64KB of RAM.
- Supply voltage range 8-16V, with multiple overcurrent/reverse/short-circuit protection
- Supports automated code generation and simulation test development on MATLAB/Simulink + Raptor-Dev platforms.
- Industrial grade environmental design, -40°C ~ 105°C operating temperature, protection class IP6k7
Correspondence:
The GCM48-2104 module has a total of 6 CAN 2.0 buses. The module supports Wake-on-CAN function.
The module also has 3 LIN buses. LIN2 and LIN3 are fixed in LIN host mode, while LIN1 can be configured as LIN master or LIN slave in Raptor. The module also supports the LIN wake-up function.
Power supply:
The logic battery input needs to be permanently connected to the battery voltage to supply power when the microprocessor is in the wake-up state. This logic battery input should be individually fused to avoid excessive current flow in the system that could compromise the safety of the logic power supply routing.
Maximum rating:
Min | Nom | Max. | Unit | |
Input voltage: Normal operation | 8 | 12 | 16 | V |
Batt+ pin total current capability | 24 | A | ||
Load Sudden Drop Protection | 30 | V | ||
Jumper start (max. 5 minutes) | 17 | V | ||
Reverse battery protection (up to 5 minutes) | -13.8 | V |
Operating ratings:
Parameters | norm |
Power Off (Batt On, Key Switch Off) Current Consumption | <10uA Nominal |
Key Switch On, No-Load Current Consumption | ~90mA |
Key Switch Input Current Consumption | 5mA |
其他信息
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Simplified Chinese
English version
Simplified Chinese
English version
Software package
Software package
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.