ECS-480-20-30B-DU

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Crystals have multiple uses, from scientific research to industrial applications, but when it comes to providing precision frequency control for industrial and medical purposes, crystals are indispensable. One such example is the ECS-480-20-30B-DU — one of the most reliable and cost-efficient quartz crystals available in the market. This article will explain the application field and working principle of the ECS-480-20-30B-DU crystal.

This ECS-480-20-30B-DU crystal has a variety of applications in the industrial and medical fields. It is primarily used in highly accurate electronic systems, where precise frequency control is essential. It can be used in frequency-controlled pumps, motors and generators, as well as in medical devices such as pacemakers and cardiac monitoring systems. It is also used in precision measuring instruments and in any other applications where precise frequency control is required.

The ECS-480-20-30B-DU crystal works by vibrating at a very precise frequency when an electric current is passed through it. This frequency is determined by the physical dimensions of the crystal itself, which is why it is so precise. The frequency can typically be varied between 20 and 30 megahertz (or MHz). The crystal can operate in both quartz-mode and frequency-mode.

Quartz-mode involves the crystal vibrating under its own resonance frequency, which is determined by its internal geometry. In frequency-mode, an external electrical signal is used to control the crystal oscillator frequency. This is achieved by applying a signal to the crystal, which changes the frequency at which it vibrates.

When the crystal is used in an electronic circuit, the circuit will oscillate at the frequency of the crystal. This vibration will be picked up by the other components in the circuit, enabling them to run at the same frequency. This is how the ECS-480-20-30B-DU crystal is used to provide precise frequency control in electronic circuits.

The ECS-480-20-30B-DU crystal is also used in a variety of other applications, such as frequency-measuring instruments. This type of instrument is used to measure the frequency of a signal with precision and accuracy. The ECS-480-20-30B-DU crystal is also used in radio communication systems, to control the frequencies at which radio waves are sent. The crystal is also used in the development of computers and other digital devices, and in the manufacture of automotive components.

The ECS-480-20-30B-DU crystal is an ideal choice for frequency-controlled systems and instruments. Its accuracy, reliability and low cost make it a popular choice for applications in the industrial and medical fields. It is an invaluable tool for providing precise frequency control in a variety of different applications.

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