74AUP1G07GN,132

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74AUP1G07GN,132 Logic-Buffers, Drivers, Receivers, Transceivers are designed for high-speed logic applications to process data from one point to another. The ability to quickly and efficiently transfer data from one part of an application to another can take a lot of the time and hassle out of dealing with the complexities of data system architecture.

The device works by taking in two digital signals (drive signal and input signal) and transforming them into two separate outputs (output signal and chip select output). It functions like a switch, with one input and a corresponding output in response. When the drive signal is high, the high output state is driven; when the drive signal is low, the low output state is driven. This provides the user with the flexibility to select the level based on their specific design needs. In addition, the chip select output enables users to detect the transition point between the two outputs.

The 74AUP1G07GN,132 is ideal for applications that require quick and efficient transfer of high-speed logic data. Commonly used for peripheral interfaces, such as LAN ports, USB ports, enterprise storage systems, and other communication systems, logic-buffers, drivers, receivers, and transceivers make it easy for users to quickly switch between high/low input states and enjoy increased reliability and performance in their systems. The output of the device is available in single-pole, dual-pole, or quad-pole modes depending on the application requirements.

A few features of the device include:

• Low power consumption
• High noise immunity
• High speed switching up to 2GHz
• Compact size
• Integrated high capacitance ESD protection

The device also includes a built-in supply voltage monitor with an adjustable threshold, allowing users to ensure their system isn\'t subject to incorrect modifications or over-current situations. This helps increase system reliability.

The 74AUP1G07GN,132 can be used in multiple high-speed applications, such as clock-gating for memories, graphics cards, and display controllers. It is also ideal for bus arbiters and data communication hubs, which are important components of an efficient network.

In addition, it can be used for general purpose data transmission between multiple components in a system, such as a CPU, GPU, and memory controller. The 74AUP1G07GN,132 can also be used for data control and synchronization purposes, which are essential in circuit design.

The device is optimized for use in high-speed logic systems, providing users with a cost-effective and performance-driven solution. With its compact size and wide range of operating voltage, the 74AUP1G07GN,132 is the perfect choice for high-speed logic applications.

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