SN65HVD3088ED

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SN65HVD3088ED drivers, receivers, transceivers are frequently used in a variety of applications. In this article, we will discuss the application field, operating principle and features of SN65HVD3088ED drivers, receivers and transceivers.

Application Field

SN65HVD3088ED can be used as a full-duplex transceiver with a signal voltage range of -4V to +4V. It also features an interface for transmitting signal data between a controller and a multi-port isolated CAN transceiver system. SN65HVD3088ED is typically used in applications such as automotive embedded systems, Industrial Automation, and Networked Appliances.

Operating Principle and Features

SN65HVD3088ED operates by using a patented bus communications technology, called CAN (Controller Area Network) bus. CAN bus is a packet communications technology designed to share information between electronic devices in a controller area. CAN bus is a two-way communications bus that uses differential signaling to transmit data over short distances. It is capable of transmitting data at high speeds, up to 1Mb/s, and has low power consumption. The SN65HVD3088ED has a number of features that make it an ideal choice for embedded communication applications.

• Integrated 2-wire Serial Peripheral Interface (SPI)
• Compact size for integration into tight spaces
• High speed digital data transmission up to 1Mb/s
• High power efficiency; 50mW typical and 100mW maximum power consumption
• 2 x CAN data channels and 2 x CAN control channels

The SN65HVD3088ED operates in Full-duplex mode and can achieve up to 1Mb/s of data rate. In this mode, the host controller sends data to the CAN bus, which is then translated into packets by the transceiver, and sent to the CAN bus. The CAN bus then broadcasts the data to all connected devices. The transceiver then receives the data from the CAN bus and translates it into packets for the host controller to process.

SN65HVD3088ED also has an integrated 2-wire SPI port, which allows for direct communications between the host controller and the transceiver. The SPI port provides access to all transceiver functions including, but not limited to, reading and writing data to the CAN bus, and configuration of the CAN bus.

Conclusion

SN65HVD3088ED drivers, receivers and transceivers are commonly used in a wide range of applications such as automotive embedded systems, Industrial Automation, and Networked Appliances. It is capable of transmitting data at high speeds up to 1Mb/s, and has a low power consumption of 50mW. The integrated 2-wire SPI port allows for direct communications between the host controller and the transceiver, enabling quick and easy configuration of the transceiver.

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