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Crystals

Crystals play a major role in our everyday lives in many aspects, from providing power for computers and televisions to used as a tool to precisely measure time and frequencies. The ECS-98.3-20-4 is an example of a crystal oscillator used to convert alternating current into direct current and vice versa as well as in electrical circuits for frequency control, frequency synthesis, and timing. It is a standard frequency crystal that serves as a model for designing frequency control circuits.

Application Field and Working Principle

ECS-98.3-20-4 crystals are used for the production of accurate frequency output signals in various applications such as radio transceivers and receivers, telecommunication systems, automotive electronics, personal computers, and networking hardware. In these industries, the crystal oscillator is used in conjunction with resonators to produce a train of uniform frequencies to regulate the interval of electronic events.

The temperature stability of the ECS-98.3-20-4 allows it to produce an accurate frequency output precisely over a long period of time even under extreme temperature changes. The oscillator features an AT-cut quartz crystal, which is secured between two metal electrodes with the vibrating part of the crystal resonating when an electric current passes through it.

The oscillator also has an encasement to protect the crystal from external factors such as moisture, shocks, and vibrations. The encasement allows for easy integration in circuits and allows for accurate frequency generation over a wide temperature range.The frequency of the ECS-98.3-20-4 is determined by the resonant frequency of the crystal and is measured in hertz (Hz). The frequency of the oscillator is equal to the resonant frequency of the crystal, which is determined by its size and shape. The frequency of the oscillator can also be determined by the voltage and current level of the driving signal. The oscillator can produce frequencies ranging from 100 kHz up to 150 MHz.

ECS-98.3-20-4 crystals have a wide range of applications in industries that require precise timing and control of various electronic functions. The accuracy and stability of the ECS-98.3-20-4 make it an ideal choice for precision time and frequency control. It is also used in automotive electronics and their networks, as well as in computers and their components.

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