83947AYI-147LFT

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The 83947AYI-147LFT is a clock buffer/driver which is designed to provide simplified interface, improved signal integrity to reduce noise, and reduce overall power consumption. It consists of an input, an internal clock divider, and eight outputs. The 83947AYI-147LFT is designed for use in applications such as network communications, storage, computing, and many others.

The input of the 83947AYI-147LFT is used to receive the clock signal from the source. The clock divider within the clock buffer/driver is responsible for dividing the incoming clock signal into equal parts with different duty cycles for each of the outputs. This way, the clock frequencies of the outputs can be adjusted. The outputs are then routed to the different components within the system.

The 83947AYI-147LFT is capable of operating at a wide variety of clock frequencies, ranging from 4kHz to 1GHz. The clock buffers/drivers also feature various power-saving features that allow the clock output to stay in low-power mode while idle. This helps to reduce overall power consumption. Additionally, the clock buffer/driver is able to provide a consistent clock signal with improved signal integrity, which helps to reduce noise and improve reliability.

The 83947AYI-147LFT is designed for use in a wide variety of applications. It is most commonly used in applications requiring high speed, such as network communications, storage, computing, and many others. The 83947AYI-147LFT’s ability to provide high speed, low power consumption, and improved signal integrity makes it an ideal choice for these types of applications.

In summary, the 83947AYI-147LFT is a clock buffer/driver designed to reduce power consumption, improve signal integrity, and provide a wide range of clock frequencies for various applications. It is designed for use in network communications, storage, computing, and many other applications. It provides low power consumption, improved signal integrity, and a wide range of clock frequencies, making it an ideal choice for these types of applications.

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