83905AKLF

Clock / Timing is an important concept in modern digital electronics. Clock/Timing circuits are used to manage and synchronize the operation of digital integrated circuits (ICs) and other digital components. In particular, Clock Buffers, Drivers, and 83905AKLF have become essential scheduling components for a wide range of high-performance applications. In this article, we will discuss the 83905AKLF application field and working principle.

What is 83905AKLF

83905AKLF is a high-speed, low-power clock buffer developed by American Microsystems Corporation (AMCC). It is particularly suited for applications ranging from mobile phones to computers to high-end servers. 83905AKLF buffer is capable of providing clock signals with very low jitter and high accuracy. It is used to reduce clock jitter and provide reliable operation with optimal power consumption.

Application Field

The 83905AKLF buffer is ideally suited for applications needing very low contamination and fast setups. The buffer is used as an intermediate buffer between the clock source and the digital integrated circuits (ICs). The buffer helps reduce clock jitter and provide reliable operation with optimal power consumption.

The 83905AKLF buffer is also used in the automotive industry to reduce clock jitter and provide reliable operation with minimal power consumption. The buffer can be used in electric control units for automobiles, where it can provide better timing accuracy and lower power consumption. In addition, the buffer can be used in industrial automation systems where accurate timing is important.

Working Principle

The 83905AKLF buffer operates by dividing a single clock signal into multiple parallel signals. The signal is then buffered and simultaneously transmitted to each destination. This allows for high speed operation due to the parallel signal transmission. The buffer also offers high accuracy and low jitter.

The 83905AKLF buffer works by pre-setting the divider value. Depending on the pre-set divider value, it will divide the input clock signal into multiple equal parallel outputs. Each output signal is then buffered and transmitted through a line driver to the desired destination, providing fast, low jitter, and accurate clock signals.

Conclusion

The 83905AKLF buffer is a highly efficient and reliable clock buffer for digital circuit applications, which is capable of providing reliable operation with minimal power consumption and optimal timing accuracy. Its application field included mobile phones, computers, high-end servers, automotive industry and industrial automation systems. Its working principle derives from the ability to divide a single clock signal into multiple parallel clock signals and transfer them simultaneously to the destination.