The MCP2558FDT-H/SN is a high-speed CAN transceiver designed for use in automotive and industrial applications. This device provides reliable communication between a CAN protocol controller and the physical two-wire CAN bus. In this entry, we will explore the basic information, specifications, pin configuration, functional features, advantages and disadvantages, working principles, application field plans, and alternative models of the MCP2558FDT-H/SN.
The MCP2558FDT-H/SN features a standard 8-pin DFN package with the following pin configuration: 1. Vref 2. CANH 3. CANL 4. GND 5. RS 6. Vio 7. TXD 8. RXD
The MCP2558FDT-H/SN operates by interfacing with a CAN protocol controller and the physical two-wire CAN bus. It translates digital signals from the controller into differential signals on the bus and vice versa, enabling seamless communication within the CAN network.
The MCP2558FDT-H/SN is well-suited for various automotive and industrial applications, including: - Automotive ECUs (Engine Control Units) - Industrial automation systems - Telematics devices - Vehicle diagnostic tools - CAN-based sensor networks
In conclusion, the MCP2558FDT-H/SN is a high-speed CAN transceiver that offers reliable and efficient communication for automotive and industrial applications. With its robust features and versatile applications, it serves as a key component in CAN-based systems.
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What is the maximum data rate supported by MCP2558FDT-H/SN?
What is the operating voltage range of MCP2558FDT-H/SN?
Does MCP2558FDT-H/SN support bus fault protection?
What is the typical quiescent current consumption of MCP2558FDT-H/SN?
Is MCP2558FDT-H/SN compatible with CAN 2.0B protocol?
What is the thermal shutdown temperature of MCP2558FDT-H/SN?
Does MCP2558FDT-H/SN have integrated ESD protection?
What is the package type of MCP2558FDT-H/SN?
Can MCP2558FDT-H/SN be used in automotive applications?
Does MCP2558FDT-H/SN require an external crystal oscillator?