MC100EL39DWG

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The MC100EL39DWG is a versatile Clock Generator, PLL and Frequency Synthesize designed for a wide range of possible applications and circuit designs. The product is highly robust and has a special feature set designed to improve signal transmission and signal integrity.

The device is designed to generate stage clocks and system clocks with minimal edge jitter and maximum signal integrity. The PLL feature of the MC100EL39DWG is designed to significantly reduce the jitter in low frequency clock signals and optimize signal transmission, while the frequency synthesizer allows the design to use multiple clocks of varying frequencies and waveforms.

The primary application of the MC100EL39DWG is in the design and manufacture of computers, television sets, and other electronic devices which utilize multiple clocks and a wide range of signal frequencies. It is also used in the manufacture of high speed data transmission systems and other digital systems which need consistent, accurate and high speed clocks.

The working principle of the MC100EL39DWG is based on the idea of phase locked loops. It utilizes a reference clock, usually a quartz crystal oscillator, and a phase detector to generate a stable output clock signal. The reference clock is used to phase-lock the output signal, and prevent any variations in the phase that would lead to jitter and signal distortion. The phase locked loop circuit is able to detect any changes in the phase and adjust the output signal in order to maintain its stability.

The device also has a built-in frequency synthesizer which further optimizes the output signal and helps to minimize any undesirable jitters in the signal. The frequency synthesizer is a set of logic circuits that are used to generate frequencies required by the application or system, and select the most optimized frequency from a range of available frequencies. This allows for the output clock signal to be of a much higher quality than what could be achieved without the frequency synthesizer.

The MC100EL39DWG also has integrated active compensation circuitry designed to further improve the output signal stability. The compensation circuits monitor the output signal and stabilize it by dynamically adjusting the gain and time constants of the phase locked loop circuit.

Overall, the MC100EL39DWG is an ideal device for use in the design and manufacture of high speed digital systems and computer devices, where high performance clocks and a high degree of signal integrity are required. It has a built-in robust design and features that optimize signal transmission and reduce jitters and distortions. The inclusion of a frequency synthesizer and active compensation circuitry helps to further improve the quality of the generated clocks and ensures reliable and consistent performance.

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