GERUI 5 Pieces CAN-Bus Shield MCP2515 Bus Module SPI Protocol for Arduino SCM 51 MCU ARM Controller with TJA1050 DC 5V Power Supply Converter Development Board
GERUI 5 Pieces CAN-Bus Shield MCP2515 Bus Module SPI Protocol for Arduino SCM 51 MCU ARM Controller with TJA1050 DC 5V Power Supply Converter Development Board
MCP2515 CAN bus module is a standalone controller area network (CAN) bus module, supports CAN-V2.0B specification, communication rate up to 1Mbps, supports CAN V2.0B specification and communication speed. High reliability, strong vibration resistance, good electromechanical performance, an SPI interface connects to the microcontrollers. The CAN Shield's 120 ohm terminating resistors and impedance adjustment provide a data field of 0 to 8 bytes. For standard frames, expand the frame and the remote frame. It consists of electronic accessories, surface nickel plated, 4 x 2.8 cm, standby current: 1uA, operating voltage: 5 V DC, working current: 5 mA (1 micro amp standby current). Except the power indicator). For Arduno MCP2515 CAN bus module TJA1050 receiver SPI module, Scope of application: it is suitable for home smart devices, industrial wireless control.
Product Features
- The MCP2515 CAN bus module is a standalone controller area net-work (CAN) bus module, supports CAN V2.0B specification, communication rate up to 1Mb/S
- Support CAN-V2.0B specification, the communication speed. High reliability, strong vibration resistance, good electromechanical performance, an SPI interface connects to the microcontrollers
- The CAN Shield's 120 ohm termination resistors and impedance adjustment provide 0 to 8 bytes of data field. With standard frame, expand the frame and remote frame.
- It consists of electronic accessories, nickel plated on the surface, 4 x 2.8 cm, standby current: 1 uA, operating voltage: 5 V DC working current: 5 mA (1 microamp standby current). Except the power indicator).
- For Arduno MCP2515 CAN bus module TJA1050 receiver SPI module, Scope of application: it is suitable for smart home devices, industrial wireless control.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
GERUI 5 Pieces CAN-Bus Shield MCP2515 Bus Module SPI Protocol for Arduino SCM 51 MCU ARM Controller with TJA1050 DC 5V Power Supply Converter Development Board
MCP2515 CAN bus module is a standalone controller area network (CAN) bus module, supports CAN-V2.0B specification, communication rate up to 1Mbps, supports CAN V2.0B specification and communication speed. High reliability, strong vibration resistance, good electromechanical performance, an SPI interface connects to the microcontrollers. The CAN Shield's 120 ohm terminating resistors and impedance adjustment provide a data field of 0 to 8 bytes. For standard frames, expand the frame and the remote frame. It consists of electronic accessories, surface nickel plated, 4 x 2.8 cm, standby current: 1uA, operating voltage: 5 V DC, working current: 5 mA (1 micro amp standby current). Except the power indicator). For Arduno MCP2515 CAN bus module TJA1050 receiver SPI module, Scope of application: it is suitable for home smart devices, industrial wireless control.
Product Features
- The MCP2515 CAN bus module is a standalone controller area net-work (CAN) bus module, supports CAN V2.0B specification, communication rate up to 1Mb/S
- Support CAN-V2.0B specification, the communication speed. High reliability, strong vibration resistance, good electromechanical performance, an SPI interface connects to the microcontrollers
- The CAN Shield's 120 ohm termination resistors and impedance adjustment provide 0 to 8 bytes of data field. With standard frame, expand the frame and remote frame.
- It consists of electronic accessories, nickel plated on the surface, 4 x 2.8 cm, standby current: 1 uA, operating voltage: 5 V DC working current: 5 mA (1 microamp standby current). Except the power indicator).
- For Arduno MCP2515 CAN bus module TJA1050 receiver SPI module, Scope of application: it is suitable for smart home devices, industrial wireless control.
