ECX-H25CM-14.7456

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Oscillators

ECX-H25CM-14.7456 is a type of oscillator that is used in various applications. It is designed to provide precise timing signals for synchronizing data communications and timing control applications. The oscillator consists of a precision temperature-compensated oscillator that is enclosed in a 14-pin DIP package.

The ECX-H25CM-14.7456 oscillator is a highly stable low jitter oscillator that is designed for use in high frequency applications. It is designed to be used in a wide range of products, including disk drives, HDTV, video editing systems, digital audio and video, and surveillance systems. The oscillator operates at a frequency of 14.7456 MHz with a tolerance of +/-25ppm. The oscillator also features an internal temperature compensator for improved accuracy and stability.

The working principle of the ECX-H25CM-14.7456 oscillator is based on the principle of a crystal oscillator. It uses a quartz crystal to drive two transistors that switch on and off at a precise rate to generate electrical signals with a frequency that is proportional to the frequency of the crystal. The output of the oscillator is a square wave, which is a type of waveform that consists of alternating high and low signals.

The ECX-H25CM-14.7456 oscillator is used in many applications, including embedded systems, communication systems, data acquisition systems, desktop computers, and networking systems. It is also used in various military and aerospace applications where high accuracy and reliability are required. In addition, the oscillator can be used in timekeeping and synchronization systems, and for generating digital clocks and pulse-width modulation signals.

The ECX-H25CM-14.7456 oscillator is a highly reliable and accurate oscillator that is designed for use in a variety of applications. It is capable of providing precise timing signals for synchronizing data communications and timing control applications. Its high accuracy and stability make it an ideal choice for applications that require precision timing and synchronization.

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