CY74FCT823ATPCG4

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CY74FCT823ATPCG4 is a monolithic CMOS integrated circuit that is used as a high-speed signal switch. It can be used in a variety of contexts, including signal buffering, data transfer, or even to drive high-speed clock signals. The chip is designed to switch low-power signals at very high speed; it has a maximum switching speed of up to 20ns. It is available in a variety of packages, including the TRLE, QFC, and SOIC.

The CY74FCT823ATPCG4 is a single-width Logic Flip Flop device. It contains three Flip Flops, each of which has its own dedicated input and output pins. The inputs of the Flip Flops are labeled D, SR and S. The Flip Flops are edge-triggered, meaning that their outputs only change when the input signals match a specific pattern. This allows for very fast signal transfers between the device and the external circuit. The output pins of the Flip Flops are labeled Q and Q#, which are the normal and inverse outputs respectively.

The CY74FCT823ATPCG4 also has an advanced timing feature called asyncrhonous operation. This feature allows the Flip Flops on the device to be triggered at non-synchronous intervals. This feature is particularly useful for projects that require very fast signal transfers, such as the output of a long division circuit. The device also has built-in Schmitt trigger inputs, which can be used to reject noise and ensure reliable operation.

The CY74FCT823ATPCG4 can be used in a variety of applications, including driving high-speed clock signals. The device is also suitable for use in high-speed data transfer circuits, such as Ethernet and Fibre Channel. Additionally, it can be used to buffer low-power signals in sensitive applications. The device is also suitable for use in medical and automotive applications, where reliability and high speed switching are required.

In summary, the CY74FCT823ATPCG4 is a monolithic CMOS integrated circuit that can be used as a high-speed signal switch. It contains three Flip Flops, each with its own dedicated input and output pins. The device also has advanced timing features, such as asynchronous operation and built-in Schmitt trigger inputs, which can be used to reject noise and ensure reliable operation. The device is suitable for use in a variety of applications, including driving high-speed clock signals, buffering low-power signals, and data transfer.

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