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Oscillator - ASTMHTV-100.000MHZ-XC-E

An oscillator is a device which is used to generate a continuous periodic signal of a desired waveform. Oscillators are widely used in a multitude of applications ranging from providing the main system clock for application platforms, to generating precise frequency output for remote controls, and even providing voltage-controlled oscillators in audio and function generators. Along with their countless practical applications, understanding how oscillators work is essential for any engineer interested in microcontroller or embedded electronics. The ASTMHTV-100.000MHZ-XC-E is a crystal-controlled crystal oscillator which belongs to a class of oscillators known as harmonic oscillators.

Application Field

The ASTMHTV-100.000MHZ-XC-E oscillator is designed for a range of applications that require extremely precise frequency control. Examples of such applications include precision timing systems, frequency standards, telecommunications systems, and other digital interfaces which require very accurate frequency control. The oscillator is also highly suitable for test and measurement applications, where it can be used to generate precise frequency output signals for a variety of measurements and signals. Additionally, the oscillator is also ideal for use in microcontroller and embedded systems, both in product development and manufacturing.

Working Principle

The ASTMHTV-100.000MHZ-XC-E oscillator works by using a crystal resonator to set the frequency of the oscillator. The crystal resonator is made of two piezoelectric plates which vibrate in response to an applied electrical signal. The frequency of this vibration is set by the parameters of the design of the crystal, and the oscillator will then produce an output signal of the same frequency as the crystal\'s vibration frequency. This output signal can then be used for other applications requiring an accurate frequency reference. The oscillator also features an amplifier circuit which can be used to boost the output power of the oscillator.

In order to maintain the accuracy of the oscillator\'s frequency output, it requires a steady supply of power. The oscillator can be powered using a variety of electrical sources such as batteries, AC mains, or DC supplies. The oscillator also includes a range of stability control features which allow the frequency to be adjusted according to specific needs. These control features can be used to fine-tune the oscillator and ensure that the frequency output remains precise and consistent.

Conclusion

The ASTMHTV-100.000MHZ-XC-E oscillator is an example of a passive harmonic oscillator which is ideal for applications requiring precise frequency control. The oscillator features a crystal resonator which is used to set the frequency of the output signal, and a range of stability control features which allow the frequency to be adjusted according to specific requirements. The oscillator is highly versatile and suitable for a variety of applications, including precision timing systems, frequency standards, telecommunications, and microcontroller and embedded systems.

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