CD74HCT32M96

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CD74HCT32M96 Application Field and Working Principle

The CD74HCT32M96 is a logic gate and inverter family of devices sold by Texas Instruments (TI) for applications in a variety of digital circuits. It contains four two-input, two-output gates and four two-input, two-output buffers, all with active LOW signal interconnects and open-drain outputs. The CMOS-compatible input and output pins are compatible with both sinking and sourcing operation. The device is made from high-speed TTL and Schottky technologies and has a maximum propagation delay of 6ns.

The device is designed to be used primarily in logic circuits such as gating and logic functions and interfacing to memory and other digital components. There are four identical two-input, two-output gates, with active LOW inputs and open-drain outputs. The output of each gate depends on the inputs; if both inputs are LOW then the output is HIGH, and if either input is HIGH then the output is LOW.

The four buffers each feature a single input and output, with active LOW inputs and open-drain outputs. The output of each buffer is the same logic level as the input. At the input of each buffer a Schottky-clamped logic network reduces the primary path delay.

The CD74HCT32M96 utilizes CMOS technology for increased speed and low power consumption, and offers superior ESD protection. The device is supplied in 16-bit, 20-pin DIP, surface-mount SOIC, and surface-mount TSSOP packages, with a low working power requirement of 4.5 volts, and a maximum propagation delay of 6ns. The device\'s in-circuit operation is supported by wide voltage range and decreased input current. It has a low input capacitance that simplifies fast edge rates, and its I/O compatibility with TTL and schottky as well as CMOS logic styles make it an ideal choice for logic designs.

In summary, the CD74HCT32M96 is a logic gate and inverter family of devices designed for use primarily in logic circuits such as gating and logic functions and interfacing to memory and other digital components. It is made with CMOS technology for increased speed and low power consumption, and offers superior ESD protection. The device is supplied in 16-bit, 20-pin DIP, surface-mount SOIC, and surface-mount TSSOP packages, with a low working power requirement of 4.5 volts and a maximum propagation delay of 6ns. Its I/O compatibility with TTL and schottky as well as CMOS logic styles make it an ideal choice for logic designs.

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