ECX-H22CM-77.760

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Oscillators are electrical circuits used to generate repeating waveforms at a certain frequency. The ECX-H22CM-77.760 is an oscillator device widely used for its precision. It is a standard quartz oscillator, often found in various industrial and commercial applications.

The ECX-H22CM-77.760 is a two-pin quartz oscillator in an industry-standard dual in-line package (DIP). It has a frequency of 77.760 kHz at 10 volts DC. The oscillator is used to generate a constant frequency over a wide range of temperatures, shock, and vibration levels, making it a reliable choice for many applications.

The most common applications for the ECX-H22CM-77.760 device are in industrial and commercial timing and control systems, such as computers, clocks, and embedded systems. In some applications, the oscillator is used to generate pulses, signals, and timing events. In others, it is used to maintain a steady frequency and synchronization. Additionally, some medical equipment, such as infusion pumps, hearing aids, and pacemakers, also employ the ECX-H22CM-77.760.

The ECX-H22CM-77.760 oscillator operates on the principles of quartz crystal oscillation. A quartz crystal creates a vibration at a exact frequency when a signal is applied. The vibration is picked up by the crystal and converted into electrical impulses. The impulses are then amplified and output to the pins of the oscillator device, providing a signal at the required frequency.

The ECX-H22CM-77.760 oscillator provides a very accurate signal, with outputs that are stable and repeatable over a wide range of temperatures, shock, and vibration levels. The device is manufactured with high-quality quartz crystals for temperature compensation, providing an output signal that is accurate to within ±200 parts per million (ppm).

The ECX-H22CM-77.760 is suitable for many industrial and commercial applications. Its stability, accuracy, and reliability make it the preferred oscillator in many timing and control systems. Its use in medical equipment ensures greater accuracy and reliability for patient monitoring and therapy.

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