ECS-80-18-18-TR

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Crystals are an essential part of the electronics industry and are used for a range of applications. An important class of crystals is the so called ECS-80-18-18-TR, which is a type of oscillator device used for frequency control and stabilization. In this article, we will examine the application field and working principle of this type of crystal.

Application Field

The ECS-80-18-18-TR is most notably used for radio, TV, and radar systems. They work by regulating the frequency of the radio waves and stabilizing the signal, ensuring consistent sound and image quality. The crystal is also used in a wide range of audio-visual and game equipment such as CD players, TVs, and gaming consoles. Additionally, it is used in consumer and home appliances such as washing machines and vacuum cleaners, as well as in audio amplifiers.

Working Principle

The ECS-80-18-18-TR is typically a piezoelectric crystal. When subjected to an alternating electric field, a piezoelectric crystal produces an alternating acoustic field and vice versa. This is known as the electromechanical coupling effect. The ECS-80-18-18-TR oscillator device works by taking advantage of this effect to control and stabilize the frequency of its voltage. The device consists of four main parts: a resonator, an inverter, a driver, and a buffer.

The resonator is made up of two piezoelectric crystals, an inductor, and a capacitor. This assembly forms an LC circuit, which is used to generate oscillations at the desired frequency. The inverter then converts the alternating current from the resonator into a direct current by using an amplifier. The driver strengthens the signal before it is sent to the buffer. The buffer then amplifies the signal to the necessary level in order to drive a circuit.

In conclusion, the ECS-80-18-18-TR crystal is an oscillator device used to regulate and stabilize the frequency of a signal. It is most commonly used in radio, TV, and radar systems, as well as in consumer and home appliances. The device utilizes a piezoelectric effect in order to generate oscillations at the desired frequency. The signal is then processed by the inverter, driver, and buffer before it is sent to a circuit.

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