ECOC-2522-38.880-3FC

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Oscillators are electronic circuits or electromechanical systems which are used to generate a specific type of signal which changes its frequency in a periodic manner. ECOC-2522-38.880-3FC is a quartz crystal oscillator belonging to this category. It is an extremely precise and stable frequency reference designed specifically for synchronization, local oscillator and clock applications.

Application Field for GrECOC-2522-38.880-3FC

The ECOC-2522-38.880-3FC is used in a wide range of applications, from commercial to industrial use. It can be used for any application that requires precise time keeping, such as GPS navigation or network clock synchronization. It can also be used as a control frequency in motor control, navigation, process control, and precision instrumentation. ECOC-2522-38.880-3FC is widely used in wireless communication systems such as GSM, WCDMA or HSDPA.

Working Principle of GrECOC-2522-38.880-3FC

The working principle of ECOC-2522-38.880-3FC oscillator is based on quartz crystal technology. It uses a small quartz crystal that has been cut along specific angles and heated. This crystal is electrically connected to two electrodes through which an electrical current is passed. When the electrical current passes through the crystal, it vibrates at its resonant frequency.

The resonant frequency of the crystal can be determined by the cross-sectional area of the crystal, its thickness and the average relative permittivity among other factors. The frequency of this type of quartz oscillator is very stable and accurate, typically within ±5 parts per million (ppm). It is also highly temperature-compensated, meaning that its frequency is mostly unaffected by changes in ambient temperature, allowing for reliable performance over long periods of time.

ECOC-2522-38.880-3FC oscillator combines the quartz crystal and other components in a single package. These components include a low-noise amplifier, an amplifying circuit and a temperature-compensated circuit. The amplifier helps to amplify the signal from the crystal. The amplifying circuit activates the oscillator and helps to shape and amplify the waveform from the output. The temperature-compensated circuit helps stabilize and regulate the output of the oscillator. The combination of these components allows for a reliable, high-precision oscillator with a frequency stability of ±5 ppm.

ECOC-2522-38.880-3FC oscillators are available in various package types and power supply options which make them suitable for a variety of applications. They offer a low power consumption and have the ability to operate over an extended temperature range. All these characteristics make the ECOC-2522-38.880-3FC a very popular choice in the industry.

Conclusion

In conclusion, ECOC-2522-38.880-3FC is a quartz crystal oscillator which is widely used in many applications due to its precision, stability and low power consumption. It works according to a quartz crystal technology and it is temperature-compensated which makes it very reliable over long periods of time. ECOC-2522-38.880-3FC is available in various package types and power options which make it suitable for many industries.

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