CY74FCT162373ATPVC

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CY74FCT162373ATPVC Application Field and Working Principle

CY74FCT162373ATPVC is a high-performance, 3.3-V, 16-bit dual-supply registered transceiver. It is part of the CY74FCT family which includes the gate array logic (GAL), programmable logic device (PLD), complex logic element (CLE), and transceiver logic (TAL) families of devices. The transceiver is a two-port device that enables data transmission and reception between data buses. Data can be transmitted and received from different voltage buses (3.3V/5V) with this transceiver.

The CY74FCT162373ATPVC is one of the most commonly used transceivers in the industry due to its features such as low propagation delay, low power consumption, wide voltage range operation, and wide logic family support. The device can be used in applications such as system interconnects, cross-point switches, and serial data transmission. In addition, it is suitable for consumer electronics, automotive, industrial, and communications applications.

Working Principle

The working principle of the CY74FCT162373ATPVC transceiver relies on a dual-supply logic scheme which ensures the logic is biased to the appropriate voltage level for a given application. A dual-supply logic scheme is one in which two separate supplies are connected to different sides of the logic. The supply connected to the active side of the logic is active high, while the supply connected to the inactive side of the logic is active low. This ensures that the logic transitions between the two logical levels properly when data is sent or received.

The CY74FCT162373ATPVC transceiver is powered by two separate supplies. The logic is biased to the appropriate voltage level for a given application. The supply connected to the active side of the logic is active high, while the supply connected to the inactive side of the logic is active low.

The transceiver is designed with a data bus section, a data bus receiver, and a data bus transmitter. The data bus section contains the data pins which will accept the data from the other side. The receiver section contains the logic to interpret the incoming data, and the transmitter section contains the logic to generate the outgoing data. Finally, the two buses are connected to allow for bidirectional data transmission. All of these features allow the transceiver to reliably move data between source and target devices.

Conclusion

The CY74FCT162373ATPVC transceiver is a high-performance dual-supply device designed for data transmission and reception between data buses. It is capable of operating over a wide voltage range and able to support a wide range of logic families. This device is well suited for system interconnects, cross-point switches, and various serial data transmission applications. With its low propagation delay, low power consumption, and wide support for logic families, it is an excellent choice for many applications.

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