DSC1124CI2-156.2500

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Oscillators such as the DSC1124CI2-156.2500 are commonly used to generate periodic signals for a variety of applications such as frequency control, timing control, and in communications systems.

The DSC1124CI2-156.2500 is an oscillator with a frequency of 156.2500 MHz and a capacitance of 10.01pF/1.6V. It is based on a negative temperature coefficient (NTC) resonator, and is designed to be a highly stable, reliable, and cost-effective solution. The DSC1124CI2-156.2500 is ideal for applications in which precision timing is essential, such as in satellite communications or radar systems.

The DSC1124CI2-156.2500 works by using an NTC resonator and an integrated amplifier. The NTC resonator is an active component composed of a piezoelectric material such as quartz or ceramic, which oscillates at a given frequency when an electric field is applied. The integrated amplifier amplifies the natural oscillation of the NTC resonator to generate a stable, high-quality output signal.

The DSC1124CI2-156.2500 is also designed to be highly efficient, and can operate over a wide temperature range without loss of signal fidelity. It can also be used in harsh environmental conditions, such as extreme temperatures and high humidity, without compromising on performance. In addition, the DSC1124CI2-156.2500 is designed with low-noise operation, making it ideal for ultra-sensitive applications.

Overall, the DSC1124CI2-156.2500 is an ideal solution for a wide variety of high-stability, reliable, and cost-effective oscillator applications. Its wide-ranging temperature range, good noise immunity, and high performance make it suitable for demanding applications such as in satellite communications and radar systems. With its low cost and simplicity, it can be used in a variety of situations where precise timing is essential.

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