Create Isolated CAN Transceiver Schematic

[tabiosg]

Description:
This GitHub issue is created to guide the development of the schematic for an Isolated CAN Transceiver board. The primary purpose of this board is to replace the two CAN transceivers currently in use on the development board. It is imperative that the selected CAN transceiver aligns with the one used by the Embedded Software (ESW) team for compatibility and seamless integration.

Scope:
This task encompasses the following key areas related to the Isolated CAN Transceiver schematic:

Transceiver Replacement:
The Isolated CAN Transceiver board will serve as a direct replacement for the existing CAN transceivers on the development board.
The selected CAN transceiver must be identical to the one in use by the ESW team to ensure compatibility and consistent communication.

Isolation:
The board design should incorporate isolation features to prevent electrical interference and maintain signal integrity.

Steps to Reproduce:
Provide detailed, step-by-step instructions for creating the Isolated CAN Transceiver schematic.
Include considerations for component selection, isolation measures, signal routing, and relevant connections.

Expected Results:
Clearly define the expected outcomes, including the completed Isolated CAN Transceiver schematic that matches the transceiver used by the ESW team, ensuring compatibility.

Actual Results:
After creating the schematic, report the actual results and document any issues or challenges encountered during the design process.

Additional Information:
Include any supplementary context, unique requirements, or specific goals related to this issue.
Ensure that the selected CAN transceiver is identical to the one used by the ESW team to facilitate a smooth transition and maintain compatibility.

By providing a detailed and clear description, you'll enable effective collaboration and ensure the successful creation of the Isolated CAN Transceiver schematic, which is crucial for seamless integration with the existing system and software.