M74VHC1G132DFT1G

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Logic - Gates and Inverters

M74VHC1G132DFT1G is a type of Low‑voltage CMOS Quad 2‑input NAND Gate. This device has been designed using advanced CMOS technology which combines high speeds and low power consumption. It is the industry standard for most low cost and low voltage applications.

Application Field

The M74VHC1G132DFT1G is used in a variety of applications, including datapaths and synchronous interfaces in microprocessors, FPGAs, PLDs and ASICs. The device provides an integrated solution for combining logic levels as well as for applications requiring ultra-low power consumption.

This gate is also used for non-volatile memory where it can provide a low voltage CMOS logic device ID protection logic. It can be used in consumer electronics, automotive, embedded and communications applications. The device can be used in conjunction with an AC/DC converter power supply or as part of an AC switching supervised circuit.

Working Principle

The M74VHC1G132DFT1G uses a mixture of NAND circuitry and a low voltage CMOS logic circuit that acts as a buffer. It is made up of two 2-input NAND gates and two inputs (IN1 and IN2), that are routed from the outside to the corresponding locations inside the gate. When the two inputs are at logic levels 0 and 1, the NAND gates generate a logic level 0. When both inputs are of the same logic level, the output will also be at the same level.

The low voltage CMOS buffer provides the device with a high impedance buffer that is tolerant of high speed signals. This is especially true when the input voltages are changing quickly. The buffer will maintain its original logic state until the input voltages reach the specified trip points.

The M74VHC1G132DFT1G has a wide power-supply range and offers high speed and low power. These features allow designers to easily integrate the device into their systems without having to worry about noise or power dissipation.

The M74VHC1G132DFT1G is an ideal solution for low-power, low-voltage applications. Its flexibility and performance allow it to be used in a variety of circuits, from datapaths and synchronous interfaces in microprocessors to non-volatile memory ID protection logic.

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