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Green rectangular PCB with black CAN transceiver chip and gold pin headers

KEHIPI

KEHIPI SN65HVD230 CAN Board 3.3V Development Board

SKU CH-X3SK-PX668

Development board with SN65HVD230 CAN transceiver for connecting microcontrollers to CAN networks, featuring ESD protection and 3.3V operation

  • Onboard SN65HVD230 transceiver powered from 3.3V
  • ESD protection safeguards the CAN interface
  • Connects microcontrollers directly to the CAN network
  • Compatible with PCA82C250 for drop-in designs
  • Check online wiki or user manual before use

CAN Transceiver Board for MCU Integration

The KEHIPI SN65HVD230 board provides an onboard CAN transceiver powered from 3.3V to connect microcontrollers to a CAN network. It features ESD protection and is compatible with the PCA82C250 standard for reliable communication evaluation and development.

Build Integration and Requirements

The board requires a 3.3V power supply from the host microcontroller and connects via CAN high and low lines to the bus. It frees the MCU from implementing the physical layer directly while adding robust ESD protection to the communication interface.

Included Documentation Resources

The supplier directs users to an online wiki and user manual for wiring diagrams, register configuration and usage examples. Consulting these resources before use ensures correct integration and helps developers evaluate CAN network communication effectively.

商品特色

  • Onboard SN65HVD230 transceiver powered from 3.3V
  • ESD protection safeguards the CAN interface
  • Connects microcontrollers directly to the CAN network
  • Compatible with PCA82C250 for drop-in designs
  • Check online wiki or user manual before use

商品規格

Brandwaveshare
ModelSN65HVD230 CAN Board
Part NumberSN65HVD230 CAN Board

商品問答

How many volts does the SN65HVD230 transceiver draw for continuous operation?

The onboard transceiver runs from a 3.3 V supply, matching the board's single-rail design.

Does the board generate noticeable heat or noise when the CAN bus runs all day?

No active cooling or switching regulators are fitted, so the board stays silent and only warm to the touch under constant traffic.

Which microcontroller pins must I already have free to connect this board?

You need a spare CAN TX and RX pair on your MCU plus a 3.3 V logic rail and common ground.

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