74VCX32374G

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A flip flop is a type of logic circuit composed of logic gates and memory elements. A 74VCX32374G is one of the many flip flops available. It is a three-input DFF with active-low logic inputs and is typically used for data storage, data buffering, and synchronization.

The 74VCX32374G is designed to accommodate a wide range of applications, including digital devices, logic gate evaluation, and data transmission and synchronization. It is an ideal choice for applications that require a low-power flip flop with a wide Vcc range. The chip is also compatible with most digital-signal processing tasks, such as signal encoding and decoding.

The 74VCX32374G is a three-input flip flop. It has two clock inputs, Q and QI, and a D input. Each clock is active-low and therefore can be used to synchronize the flip flops. The Q and QI outputs are complemented and are used to synchronize the flip flop with other devices. Its D input stores the data bit when clocked by either Q or QI.

The 74VCX32374G has several key features. These include a wide range of power supply voltage with an operating voltage range of 2.5 to 3.6 V and an input-voltage range of 1.2 to 3.6 V. The chip also has a low-power consumption of 200 μW when operating at 2.7 to 3.6 V. It has a high-speed response time of 16 ns and is capable of up to 24-MHz clock frequency. Moreover, the chip is built with Schottky CMOS technology and utilizes a NAND-based flip-flop configuration.

The 74VCX32374G is an ideal choice for applications that require data storage, data buffering, or synchronization. It can be used to reduce power consumption as well as improve speed and reliability. Furthermore, its wide range of operating voltage, low-power consumption, fast response time, and CMOS technology make it suitable for many types of digital-signal processing tasks.

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