CD74HCT157M96G4

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The CD74HCT157M96G4 is a logic function device from Texas Instruments. It is part of the HCT logic family and can operate at temperatures from 0°C to 70°C. This device is in the Logic - Signal Switches, Multiplexers, Decoders category and plays an important role in applications such as memory expansion and component interface systems.

The CD74HCT157M96G4 is a Quad 2-line to 1-line multiplexer with select pins. It is designed to accept four digital inputs and produce one 16-bit binary output in response to control signals at the select pins. This device provides source and sink capability up to 24mA and is designed to be used with a low-power supply voltage, typically 5V to 10V.

The CD74HCT157M96G4 operates with two different modes, depending on the input/output states. The basic logic is as follows: when the select pins are in active low state, the device will output the logic level of the corresponding input. When the select pins are in an active high state, the device will output the inverse of the corresponding input.

The CD74HCT157M96G4 can be used for a variety of applications. It can be used to interface between two different logic families, such as TTL (for older systems) and CMOS (for newer systems). It can also be used in applications requiring four inputs, such as memory expansion or component interface systems. Additionally, the device can be used as a multiplexer to choose one of four different inputs and output their value.

The working principles of the CD74HCT157M96G4 are simple. Its input/output states are determined by the state of its select pins. When the select pins are in an active low state, the device will output the logic level of the corresponding input. When the select pins are in an active high state, the device will output the inverse of the corresponding input.

The CD74HCT157M96G4 is a versatile and reliable logic device, and is suitable for applications requiring four inputs and one output. The logic functions of the device are robust, and its ability to interface between different logic families makes it a great choice for many applications.

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