AX7MBF1-200.0000C

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Oscillators are one of the essential components used in many electronic circuits. Among them, AX7MBF1-200.0000C is a special type of oscillator, with its specific application fields and working principles worth looking into.

Essentially, an oscillator is a circuit or device which is used to generate waves with a certain frequency or period. It is usually used for tasks such as producing sound, maintaining a timing reference, or generating a carrier signal. AX7MBF1-200.0000C is a precision oscillator type that uses quartz crystal as its vibrating component to provide a consistently stable output signal of 2.000000MHz. It is designed with advanced temperature compensation technologies to ensure its stability over a wide temperature range.

Apart from its application in general-purpose electronic timing circuits, AX7MBF1-200.0000C is particularly suitable for some time-dependent industrial applications, such as television synchronization, wireless charging, radar, machine vision and even in the 5G network. Also, it can be used in frequency control circuits to produce audible sound in consumer electronic products, musical instruments, doorbells, telephone ringing etc.

The working principle of this oscillator is based on the C-DRM technique. Essentially, this technique involves the use of a quartz crystal as a frequency control device, and a driven transistor amplifier circuit to adjust and maintain the oscillator frequency. The crystal control circuit and the amplifier circuit form a kind of self-exciting circuit. When power is supplied, the crystal vibrates at its own resonance frequency, and the vibration energy produces a signal that then drives the amplifier. As a result, the output signal of the crystal oscillator has the same frequency as the vibration frequency of the quartz crystal. The two-step temperature compensation technique used in this crystal helps to keep the output signal constant over a wide temperature range.

In conclusion, AX7MBF1-200.0000C is a precision oscillator with excellent temperature stability and accuracy. It is applicable in various industrial and consumer electronic applications including television synchronization, wireless charging, radar, machine vision,5G communication, Audible sound in consumer electronics, musical instruments, doorbells, and telephone ringing etc. Its working principle is based on the C-DRM technique, which employs the quartz crystal as its frequency control component, along with a driven transistor amplifier circuit.

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