AM-12.000MAHE-T

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Crystals are widely used in electronic equipments, which are also known as resonators or quartz crystals. One widely used type of crystal oscillator is the AM-12.000MAHE-T. As a practical electronic component, the application field and working principle of this crystal is widely studied by electronic engineers.

AM-12.000MAHE-T crystal oscillator is a type of voltage-controlled oscillator that uses crystals to form a frequency-determining circuit. Its frequency range is 9-13M MHZ, and its frequency stability can reach 0.5PPM. Its packaging form is 12.000MHZ/F-Series, which can be completed with a matching capacitor.

The typical working principle of AM-12.000MAHE-T crystal oscillator is that it uses the crystal itself as an inductor, and the two electrodes adjacent to the crystal surface as capacitors. The circuit is a series resonant circuit consisting of L, C and R. When voltage is applied to the circuit, the collecting capabilities of the two capacitors change. When the resonance is achieved and the two capacitors can reach a maximum, the inductor and the capacitor will store energy. Under this circumstance, resonance is formed and oscillation will happen continuously.

The electrical parameters of AM-12.000MAHE-T crystal oscillator are great, and its frequency stability is also powerful. Therefore, it can be widely used in communications, broadcasting and other electronic equipment industries. For example, it can be applied in radio stations, broadcasting amplifiers, communication base stations and video transmitters, which can help to build up communication signals.

Additionally, the crystal resonator is also applicable to other electronic applications. It can be used in personal computers, server chips, smartphones, tablets and other digital machines. In particular, the input and output pins of quartz crystal generally have low voltage and current and can be used in all circuits to increase the accuracy of circuit timing.

In a word, AM-12.000MAHE-T crystal oscillator has great application fields and its working principle makes it superior to other electronic components. With its high frequency stability, it can be applied in many electronic products, such as communications, broadcasting and digital machines, which makes it a very practical and environmentally friendly electronic component.

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