83948AYI-01LF

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The 83948AYI-01LF is an application specific part of the clock/timing family of components, specifically clock buffers, drivers and other related devices. It is designed for use in applications that require a low power and low jitter clock for their system. The 83948AYI-01LF provides a wide range of features that make it ideal for use in many different applications.

The 83948AYI-01LF features a wide operating voltage range from almost 0V up to 3.3V. It also has reduced jitter of only 9ps typical, which makes it suitable for high-speed applications. The 83948AYI-01LF has an on-chip spread spectrum clock generator that supports the output of a clock signal with a pre-defined spread spectrum. This can reduce EMI radiation, making it suitable for use in systems with high-energy electrical noise or interference. It also has an LVPECL compatible output, making it suitable for use in systems where the output voltage needs to be precisely controlled.

The 83948AYI-01LF is suitable for use in a variety of clock/timing applications such as clock distribution, clock source selection, multiplexers, and other logic clock synchronization applications. It can also be used in embedded systems such as microprocessors, digital signal processors, and other similar devices. The 83948AYI-01LF provides a reliable and low-power solution to many of these applications.

The working principle of the 83948AYI-01LF is based on the concept of phase locked loop (PLL). A phase locked loop is a feedback system that can be used to synchronize two separate signals by using the concept of frequency division. The 83948AYI-01LF uses a combination of an internal phase detector and a frequency divider to generate a precise clock signal with little jitter. It also uses an on-chip spread spectrum clock generator to reduce EMI radiation, as previously mentioned.

The 83948AYI-01LF is a reliable and low-power solution for clock/timing applications in many different types of systems. It features a wide operating voltage range, reduced jitter, and an LVPECL compatible output which makes it suitable for use in noise-sensitive applications. The on-chip spread spectrum clock generator also supports low-level EMI radiation, making it the ideal choice for a low-power and reliable clock/timing solution.

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