ECX-H25CM-24.576

Oscillators fulfill vital roles which are necessary for stable operations in many electronic systems. Different types of oscillators, such as clock oscillators, voltage-controlled oscillators, resonators, and synthesizers, are available to choose from, depending on the specific needs of the application. One of the most common types of oscillators found in electronics is the Crystal Oscillator. The ECX-H25CM-24.576 crystal oscillator is a great example of a crystal oscillator and can be found in many applications.

Application Field of ECX-H25CM-24.576

The ECX-H25CM-24.576 is a miniature quartz crystal oscillator which is typically used in military and aerospace applications, as well as communications, medical devices, and other industrial applications. It is often employed in applications where accuracy and minimal size are important factors.

The ECX-H25CM-24.576 operates across the wide temperature range of -55℃ to +125℃ and is able to withstand shock levels of up to 500g. In addition, it features a 1.6V operating voltage and employs an output frequency of 24.576MHz. For added convenience, it is also available in various frequencies, from 1.2048MHz to 40.000MHz.

Working Principle of ECX-H25CM-24.576

Crystal oscillators work on a similar principle to quartz watches. A quartz crystal is composed of two concentric plates of opposite polarities with an electrical conductor in between. When electricity runs through the conductor, it causes a small amount of energy to be stored in the crystal and the crystal tries to oscillate at one particular frequency. This oscillating frequency is called the natural frequency of the crystal.

In order to generate a stable signal, the crystal is connected to an electromagnetic feedback loop. As the crystal oscillates, it creates a signal that is amplified and passed back into the crystal. The crystal then grows until it reaches a stable equilibrium state which is determined by the resistance and capacitance of the circuit components. This creates a stable oscillation that can be used as an output signal.

The ECX-H25CM-24.576 utilizes an AT-cut crystal which is known for its superior frequency accuracy and stability. This makes the crystal oscillator suitable for applications where long-term accuracy is essential. In addition, the design of the ECX-H25CM-24.576 allows it to operate with a wide range of temperatures, providing reliable and stable performance.

Conclusion

The ECX-H25CM-24.576 is a versatile crystal oscillator which can be found in numerous military, aerospace, and communications applications. It is capable of operating in a wide temperature range with a high shock resistance and is compatible with a variety of frequencies. The ECX-H25CM-24.576 is able to provide reliable oscillation stability with its AT-cut crystal, which is specially designed to offer superior frequency accuracy and stability. As such, it is an ideal choice for applications where accuracy and stability are essential.