ECS-200-20-4

ECS-200-20-4 Application Field and Working Principle

ECS-200-20-4 crystal is a kind of electronic component that is used for frequency control and signal transmission, which is widely used in various industries. The operating temperature of ECS-200-20-4 crystal is from -20 degrees Celsius to +70 degrees Celsius, and can work for up to 200 million hours. This crystal is usually found in consumer electronics, communications, automotive, medical, industrial and military applications.

ECS-200-20-4 crystal determines the frequency of the oscillation circuit. It has excellent kinds of electric, optical and mechanical properties, which make it an ideal choice for frequency control and signal transmission applications. The crystal is composed of a quartz plate and two metal electrodes, also known as AT-cut crystal. The crystal works in a positive temperature coefficient, which means that the frequency of the oscillator increases with the rise in temperature. It has excellent thermal stability and low drift rate that makes it perfect for use in critical frequency control applications.

ECS-200-20-4 crystal also comes with various features such as temperature compensation accuracy, high insulation resistance, and impedance matching. The crystal is also connected with an oscillator circuit, which is a device that uses the crystal to create a timing signal or voltage. The oscillator circuit includes the crystal, an amplifier, and a resistor, the combination of which is used to produce an oscillator circuit output.

The oscillator circuit is an important part of the electronics, which produces a timing signal or voltage. This timing signal or voltage is then used by the circuits as a reference for evaluating the frequency of other electrical signals, achieving precise frequency control. The crystal also provides an adjustable frequency mode, which allows the user to adjust the frequency to fit the specific requirement.

Overall, ECS-200-20-4 crystal is a versatile and reliable electronic component for frequency control and signal transmission applications, providing a wide range of features and accuracy for different applications. These components are widely used in various industries such as telecommunications, aerospace, medical, and automotive. It is one of the most widely used components for precise frequency control.