74AXP1G11GMH

The 74AXP1G11GMH is a high performance, low power CMOS Logic Gate integrated circuit. It provides the most efficient performance and power efficiency of any equivalent logic gate device on the market today. The 74AXP1G11GMH has been designed to function reliably in industrial, telecom, communication, and computer applications. It is suitable for use in applications requiring high-speed, low-power logic operations.

Application Field

The 74AXP1G11GMH is a single 3-State inverter gate. As a gate integrated circuit, it can be used in a wide range of applications. These include networking, microcontrollers, motor control, signal processing, power supply systems, and memory systems. In addition, it can be used in systems such as clock/data transmitters and receivers, serial communications, and multiplexing. For applications that require high-speed, low-power operations, the 74AXP1G11GMH is an excellent choice.

Working Principle

The 74AXP1G11GMH gate comprises four logic gate sections. Each gate section consists of an input and output terminal, and an enable pin. The gate will produce different logic outputs depending on the applied input signal, in accordance with the following truth table:

Input A Output Y

Low High

High Low

The 74AXP1G11GMH has an enable (or input) pin. When this pin is brought low, the internal logic gates are inactive and the outputs are in the High-Z state (high impedance), i.e. the outputs are in an open circuit. This allows the circuit to be disabled and secured when idle. Furthermore, the enable pin can be used to synchronize two or more gates.

The 74AXP1G11GMH offers excellent speed performance caused by the high gain of the internal logic gates. The device offers a propagation delay of 5ns (typical) and an output rise time of 11ns. Moreover, the 74AXP1G11GMH is designed to operate from 2.2 to 3.6V and consumes only 6.46mW of power when operating at 5V and 12.86mW of power when operating at 4.5V.

In summary, the 74AXP1G11GMH is a 3-state single inverter Logic Gate integrated device designed for high-speed, low-power operations. It is suitable for a wide range of applications such as clock/data transmitters and receivers, serial communications, and multiplexing. It offers excellent performance due to its high gain internal logic gates and its low power consumption.