SG-8101CG 31.250000 MHZ TCHPA

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Oscillators are a type of electrical circuits or components that generate and provide an electrical signal that oscillates at a desired frequency. Oscillators provide a variety of functions and applications, from basic clock timing to advanced signal processing. The SG-8101CG 31.250000 MHz TCHPA oscillator is an oscillator offering excellent performance and a highly reliable build.

Features and Benefits

The SG-8101CG 31.250000 MHz TCHPA oscillator offers many features to ensure reliable, high performance operation. The oscillator comprises a single clock source which offers a very stable frequency output with very low phase jitter and very low period jitter. With a duty cycle of 45-55%, the oscillator provides excellent frequency stability and reproducibility over a wide range of operating conditions. Furthermore, the SG-8101CG 31.250000 MHz TCHPA oscillator features a CMOS output buffer allowing it to direct drive multiple loads without any additional buffering or level shifting. This design enables the oscillator to provide robust and reliable performance even with varying operating conditions.

Applications

The SG-8101CG 31.250000 MHz TCHPA oscillator has a variety of applications in the consumer electronics, communications, and industrial sectors. Some of its typical applications include synchronization of microprocessors and electronic systems, packet switching in telecom systems, frequency chirp signal processing in radar systems, and frequency synthesis in GPS and navigation systems. The oscillator can also be used in data acquisition systems, frequency conversion systems, and automatic test equipment.

Working Principle

The working principle of the SG-8101CG 31.250000 MHz TCHPA oscillator is based on the principle of harmonic resonance. The oscillator comprises a quartz crystal or other piezoelectric material that vibrates in response to a fed electrical signal. The vibration frequency of the crystal is fixed by its size and shape, and the applied electrical signal creates an alternating electric field which causes the crystal to vibration. This vibration is then amplified and transformed into an output signal at a frequency close to the vibrational frequency of the crystal.

It is this resonant frequency that makes the SG-8101CG 31.250000 MHz TCHPA oscillator such a reliable and accurate clock source. The oscillator is designed to limit temperature-induced frequency shifts and to maintain a highly stable frequency output over a range of operating conditions. Furthermore, the oscillator features low phase jitter and low period jitter to ensure high accuracy timekeeping.

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