DSC1001AL5-025.0000T

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Oscillators are electronic circuits that generate periodic waves of different frequencies. The DSC1001AL5-025.0000T is an example of a specialized oscillator that allows engineers or hobbyists to precisely measure and control exact frequencies. This article will cover its application field and working principle.

Application

The DSC1001AL5-025.0000T oscillator is designed for precision control in critical applications. It has a frequency range of 25.0MHz-26.0MHz and a very low additive jitter of 50fs (500ps) RMS, which allows it to easily meet the stringent requirements demanded by many modern electronics. Its features allow it to be used in telecom, instrumentation, industrial, networking, and medical applications without any performance loss. Additionally, its low-voltage operation and stability over a wider temperature range make it an ideal choice for many temperature-controlled applications.

Working Principle

The DSC1001AL5-025.0000T oscillator consists of both a signal generator and a feedback control circuit. The signal generator is responsible for producing the periodic waveforms with the given frequency range. This wave is then fed to the feedback control circuit in order to maintain a constant frequency output. The feedback control circuit has several components including an amplifier, a reference oscillator, and a phase comparator. The amplifier is responsible for increasing the amplitude of the signal from the signal generator, while the reference oscillator is used to compare the phase of the output signal with that of the predefined reference. The phase comparator compares the two signals and detects any difference in phase between them. If a difference is detected, it will adjust the output signal accordingly. This feedback loop allows the oscillator to maintain a very precise output frequency.

Conclusion

The DSC1001AL5-025.0000T oscillator is a specialized oscillator designed for use in critical applications. It\'s wide frequency range and low additive jitter make it an ideal choice for many industries. Additionally, its working principle of combining a signal generator with a feedback control circuit allows it to maintain a very precise output frequency. As a result, it is an excellent choice for applications requiring precise and reliable frequency control.

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