FCT162H952CTPVCG4

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FCT162H952CTPVCG4 is a family of 8-bit, high-speed Fieldbus transceivers for the CAN protocol. CAN (Controller Area Network) is a serial, multi-master communication network protocol designed for applications in which low cost and/or reliable communication is required. The FCT162H952CTPVCG4 supports higher speeds than previous CAN transceivers, while still maintaining a low power consumption. The maximum bus speed of the FCT162H952CTPVCG4 is 1 Mbps, which is fast enough to support the needs of high-speed data-intensive applications.

The FCT162H952CTPVCG4 supports two communication modes: Standard (11-bit) and Extended (29-bit). It is also compatible with the CAN protocol 2.0A and 2.0B. The FCT162H952CTPVCG4 provides driver outputs and receiver inputs to interface either TTL (transistor-transistor logic) or CMOS logic as well as a power-on-reset input. It also features an integrated fast-start-up sleep mode for reduced power consumption, when not in use.

In Standard mode, the FCT162H952CTPVCG4 has an 8-bit transmit-receive data buffer which performs the bit-level coding and decoding required for the transmission and reception of data. The 8-bit transmit-receive data buffer is used both as a transmit data register to store the data to be transmitted over the bus and as a receive data register to store the data received from the bus. The FCT162H952CTPVCG4 also features an integrated programmable arbitration decoding circuit which selects the correct message identifier for transmission and reception of CAN frames.

The FCT162H952CTPVCG4 also has an integrated fast-start-up sleep mode which reduces the power consumption of the transceiver when not in use. The sleep mode can be activated by pulling the Sleep pin low. When in sleep mode, the transceiver will sample the bus every once in a while to check for any incoming data. If there is incoming data, it will wake up, process the data and then return to sleep mode. This ensures that the transceiver does not unnecessarily consume power when there is no communication taking place.

The FCT162H952CTPVCG4 is a widely used transceiver because it offers reliable data transmission at higher speeds than the standard CAN protocol and is also well-suited for cost-sensitive applications. It is commonly used in automotive control systems, industrial control systems, telecommunication systems and medical equipment. The FCT162H952CTPVCG4 has improved performance compared to previous CAN transceivers and is an ideal solution for applications in which reliable, low-cost communication is required.

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