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Oscillators

An oscillator is a device or system that generates repeated, periodic motion. The most common oscillator in electronics is the LC (or RLC) oscillator, which creates a sinusoidal output waveform. Oscillators are also divided into two classes: those that produce continuous or self-sustaining oscillations, and those that produce pulses. This article will focus on ASG-C-X-B-122.880MHZ-T oscillator, which belongs to the former class.

Application Field

The ASG-C-X-B-122.880MHZ-T oscillatoris a miniature, low-power oscillator module which operates at 122880 MHz. It is especially suitable for wireless applications such as radio communications, military, medical and automotive equipment, etc. Due to its miniature size and low cost, it is also used in manufacturing and consumer electronic appliances.

Working Principle

The ASG-C-X-B-122.880MHZ-T oscillator consists of a crystal and a signal source, and operates using the principles of piezoelectricity. A mechanical quartz crystal resonates under the influence of an alternating current at a certain frequency. The frequency of the oscillations is determined by the size and shape of the crystal, and these oscillations are converted into electrical signals. In the ASG-C-X-B-122.880MHZ-T oscillator, these signals are amplified and then fed into a power amplifier to produce a high-power signal. This amplified signal is then used to drive a coil which induces a magnetic field, which oscillates at the same frequency as the original signal. This oscillation is further amplified using a power amplifier, and the output is used in the application.

In conclusion, the ASG-C-X-B-122.880MHz-T oscillator consists of a crystal and a signal source which operate using the principle of piezoelectricity. The oscillator is suitable for applications such as radio communications, military, medical and automotive equipment, etc. due to its miniature size and low cost. It operates by converting mechanical oscillations into electrical signals, which are then amplified and used in the application.

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