74AHCT1G126GM,115

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The 74AHCT1G126GM is a part of the Logic - Buffers, Drivers, Receivers, Transceivers family. It is a low voltage single gate buffer, that assists in circuits that need to be made small, fast, and operate as either 3-state or Non-3-state circuits.

Application Field

The 74AHCT1G126GM IC is perfect for applications that need high drive capability and low power consumption. Because of its single-gate logic buffer nature, it can be easily integrated into modern logic circuits. It is especially useful in designs with low power consumption requirements or tight space constraints.

The 74AHCT1G126GM IC is ideal for mixed-logic and high-speed designs. It offers benefits such as low power consumption, high drive capability, limited waste heat, simple design, and low cost. In addition, the 74AHCT1G126GM IC has a low propagation delay and can operate reliably under extreme environmental conditions.

Working Principle

The 74AHCT1G126GM has two distinct yet related functions. Its circuit is divided into two parts, the input buffer, and the output buffer. The 74AHCT1G126GM also comes with a user-selectable 3-state or Non-3-state output.

The input buffer of the 74AHCT1G126GM is designed to receive logic signals from the input and then convert them into the correct input voltage level. The input voltage level is determined by the user and can be any voltage between around 0.8V and 3.3V (This can differ depending on the exact model of the IC). This signal is then passed onto the output buffer.

The output buffer of the 74AHCT1G126GM is designed to drive the output signal as desired. It can be programmed to work as either a 3-state or a non-3-state output depending on the user’s needs. When configured as a 3-state output, it can be turned completely off when a logic “0” is applied. As a non-3-state output, it will always drive the output signal as determined by the user. The output voltage of the 74AHCT1G126GM is programmable by the user and can range between 0.8V and 3.3V.

The 74AHCT1G126GM is a very useful device, that is perfect for high-speed or mixed-logic applications. Although it is limited by its low voltage operation and the fact that it cannot source much power from its output, it can still be a very efficient and reliable device for designs that require small spaces and low power.

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