ECX-H37CM-24.000

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Oscillators

Oscillators are used in various applications, from scientific research for entertainment. The ECX-H37CM-24.000 is a popular oscillator which finds a wide range of applications in modern day technology.

Application Field

The ECX-H37CM-24.000 oscillator has a versatility in applications due to its 24.000 MHz center frequency and 400 kHz bandwidth. It can be found in a wide range of uses, from medical scanners and military technology to GPS receivers and radio broadcasting.

This type of oscillator is also used for telecommunications, network synchronization, signal sampling, and various navigation applications. The frequency, stability, and accuracy are ideal for radio broadcast tracking, video broadcasting, packet radio, and satellite communication. In automotive and other safety-critical devices, it is used to ensure precise timing, such as engine timing, airbag deployment, and brake systems.

Working Principle

At its heart, the ECX-H37CM-24.000 is an EM field oscillator. It uses a crystal-controlled oscillator circuit, which is composed of a piece of quartz crystal and associated electronics. The crystal acts as part of the resonator for an LC or RC tank circuit oscillator. The crystal creates circuits with an inherent frequency, which is determined by its physical properties and the size of the electronic components used. When an alternating potential is applied across the crystal, the electrical charge across the plates oscillates.

This oscillation of charge is amplified and passed through the resonator circuit to generate an oscillating electrical signal. This signal can be used as a frequency source for a variety of applications. The quartz crystal also has a high degree of stability, which helps ensure accuracy and precision in the frequency output.

Conclusion

The ECX-H37CM-24.000 oscillator is designed for a wide range of applications. Its 24.00 MHz center frequency and 400 kHz bandwidth make it suitable for communications, navigation, and safety-critical operations. Its crystal-controlled oscillator circuit, relying on quartz crystal and electronics, allow it to output accurate and stable frequencies.

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