PI74FCT373ATS

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A PI74FCT373ATS is one of the many devices offered by Pericom Semiconductor and part of the Logic – Latches family. This device is ideal for applications that require multiple, low-power analog and digital switches. It generally requires 1.2V to 3.6V to operate and can easily handle a frequency range of 10KHz to 400MHz.

This device utilizes CMOS technology for low-power analog and digital switching. Its embedded 5-4 muxing architecture is designed to support switch operations of up to 5 addresses and 4 control such as address and control paths for 4 pins. It features two signal pins for an external clock, 16 bidirectional signal pins, 4 signal pins for the reset, and 4 don’t care signal pins.

The PI74FCT373ATS is mainly used in applications that require multiple, low-power analog and digital switches. It can be used in systems that require high speed switching of multiple signal lines such as in video systems, graphics systems, or digital recording systems. It is also ideal for data transfer applications such as arbitration or interface communication applications.

The working principle of this device is the application of CMOS technology. It uses the CMOS process to integrate multiple enhancement-mode devices connected in parallel, one of which is an n-channel. Each device has a very low threshold voltage, meaning that only low voltages are required to switch them on or off. The other devices are p-channel devices, enabling the device to operate between two different state levels. In order for the inversion to occur, the control signal has to be applied on the gate of the primary device. This control signal is typically used to set the logic state of the device, usually to HIGH or LOW. This condition is then applied to the output of the device in the form of a logic state.

The PI74FCT373ATS is an ideal device for applications requiring multiple, low-power analog and digital switches. Its usage of CMOS technology allows for low voltage requirements and high speed switching of multiple signal lines. This makes it a great tool for applications such as video systems, graphics systems, and digital recording systems, as well as arbitration and interface communication applications.

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