CD74HCT573M96

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The CD74HCT573M96 is a high-speed, low-power dual latch that provides two latch functions in one integrated circuit.

A latch is an electrical component, typically a flip-flop, which takes a signal and maintains it until it is reset. In an electronic circuit, a latch is used to hold a particular value (often a binary number) or switching state. It can also be used to defer trigger signals or create a temporary storage device. Latches form the base of sequential logic, including sequential state machines.

The CD74HCT573M96 has two latch functions in one integrated circuit and is suitable for applications requiring advanced logic functions, such as memory expansion and microcontroller-based systems. The device is ideal for use in applications that require low power consumption, such as portable and battery-powered systems. The device also has a high-speed operation, with a maximum frequency of 40 MHz, as well as a low capacitance of 800pf.

The CD74HCT573M96 can be used in a variety of applications, such as memory expansion, microcontroller-based systems, embedded power control, battery-powered systems, and logic level conversion. The device is a safety-critical component and is used in medical equipment and airplanes.

The CD74HCT573M96 has two latch functions in one integrated circuit and it consists of two D-type flip-flop latches. Each latch has an enable input that allows the device to be operated in two modes. In Mode 0, the outputs of both latches follow the inputs, and in Mode 1, the outputs of both latches remain unchanged if the enable input is low. The device has an active HIGH enable input and an active LOW reset input. When the enable input is HIGH, the output of the latch follows the data input. When the reset input is HIGH, the output of the latch is reset to zero.

The CD74HCT573M96 has an operating temperature range of -55°C to +125°C and an operating voltage range of 4.5V to 5.5V. The device is available in a variety of packages such as VSSOP, SOIC, and SSOP. The CD74HCT573M96 is a complete, power efficient, and high-speed device, providing the user with an easy and efficient way to add advanced logic functions to a design.

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