ECX-H25CM-48.000

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Oscillators are wildly used electronic devices in the field of circuit engineering. The most common of them is the ECX-H25CM-48.000 oscillator. As a crystal oscillator, ECX-H25CM-48.000 finds its application in various electronic products from consumer electronics to medical devices, and further extends people\'s lives through the safety, reliability and accuracy of its transmission.

The working principle of ECX-H25CM-48.000 is based on electronic oscillation. It’s a device that does not have an input signal but can still generate an output signal over a wide range of frequencies. The basic circuit consists of a quartz crystal and two capacitors. The quartz crystal is mounted across the junction of two capacitors in the oscillator circuit. The electrical field and mechanical vibration of the crystal form a feedback loop to generate a continuous output signal.

When a voltage is applied to the crystal, the crystal vibrates outputting an electric signal corresponding to its size and shape. The interconnection between the crystal and its two capacitors produces an alternating electric current which is sustained by the feedback loop in the circuit. The frequency of the signal is determined by the size and stiffness of the crystal, which is both extremely precise and stable.

Compared with other oscillators, ECX-H25CM-48.000 has a wide temperature range, excellent short-term stability and competitive long-term stability. It is also relatively better in providing short-term analogue frequency stability, its frequency jump over an hour being far less than 1 ppm. The cost-effective price and compact size make the ECX-H25CM-48.000 an ideal choice for oscillator applications.

In summary, the ECX-H25CM-48.000 oscillator is a popular crystal oscillator in the field of circuit engineering. It works on the principles of electronic oscillation, and is ideal for use in a variety of applications due to its wide temperature range, excellent short-term stability, competitive long-term stability and cost-effective price.

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