ECOC-2522-38.880-5FS

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Oscillators are devices that generate electrical signals at specific frequencies and durations, which helps maintain a steady state of frequency. ECOC-2522-38.880-5FS is an example of a crystal oscillator, and is a popular and reliable choice for many applications. It consists of a quartz crystal, two electrodes, and a package that houses the oscillator.

The quartz crystal is the oscillator\'s most important component because it reacts to electrical signals to produce an oscillating waveform. The crystal is made of two electrodes connected between an anchor pad and a metal backing. The electrodes generate a current when connected to a power source, and this current is used to vibrate the quartz crystal. The crystal\'s resonance is the frequency at which the crystal vibrates, and this determines the output frequency.

The ECOC-2522-38.880-5FS is pre-tuned to 38.880MHz and is suitable for applications requiring stability in the frequency range of 30kHz to 300MHz. It is also very accurate, with a frequency tolerance of just +/-5ppm. This crystal oscillator has a low current consumption of 2.5 milliamperes, a very short start-up time of 5 milliseconds, and a low noise level. This makes it ideal for a variety of applications such as radio transmitters, radio receivers, RF test equipment, and medical imaging.

The working principle of the ECOC-2522-38.880-5FS is based on the phenomenon of piezoelectricity. Piezoelectricity is the generation of an electrical charge when pressure, strain, or other physical inputs are applied to certain crystals or other materials. In this case, the quartz crystal is used to generate electrical energy when current is applied. When the current is applied, the quartz crystal vibrates, producing an oscillating waveform which is then used to produce the output frequency.

The ECOC-2522-38.880-5FS is a highly reliable oscillator with a wide range of applications, and is suitable for high frequency applications that require high stability and accuracy. It is a popular choice for radio frequency applications, and its low current consumption, short start-up time, and low noise level make it ideal for a variety of other applications.

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