XLH730004.096000X

XLH730004.096000X Oscillators: Application Field and Working Principle

XLH730004.096000X oscillator is a piezoelectric ceramic crystal oscillator with high frequency stability, excellent selectivity, and low temperature drift, which is invented by LittleInnRag Company. It can be widely used in any application that requires frequency reference accuracy or high frequency stability.

An oscillator is an electronic device or circuit which produces regular oscillating electrical signals. These oscillations can serve as either an actuation signal for an external circuit component, or can serve as a timing reference for other electrical circuits. Depending on the design of the oscillator, this timing signal can vary in frequency and amplitude.

As an electronic component, the XLH730004.096000X oscillator offers a variety of advantages. These include superior phase noise performance, high output power, highly ruggedized housing, state-of-the-art EMC, low power consumption and long-term stability.

Working Principle

XLH730004.096000X oscillators are based on the principle of piezoelectric ceramics, which work by using the electrical charge accumulated on a vibrating element in response to an electric field. The vibrating element is usually a piezoelectric crystal, and the electric field is created by a signal applied to the crystal.

The piezoelectric element is connected to a circuit consisting of two capacitors and an inductor, which together act as an LC circuit tuned to the natural frequency of the crystal. When the electric field is applied, the crystal resonates at its natural frequency, causing a voltage to be generated across the LC circuit. This voltage, in turn, is amplified and used to drive the output signal of the oscillator.

Application Field

XLH730004.096000X oscillators offer extremely high performance in a variety of application fields. They can be used for any application that requires a frequency reference accuracy or high frequency stability. For example, they are ideal for use in satellite communications, radio navigation systems, instrumentation and radar systems, and many others. They are also used in microprocessor clock generators, temperature controllers, timing devices, and frequency counters.

In addition, XLH730004.096000X oscillators have excellent phase noise performance, and are extremely reliable and robust. They are ideal for use in harsh environment conditions, such as in aerospace and onboard ship systems.

The XLH730004.096000X oscillator is an excellent choice for any application that requires high frequency stability and accuracy. With its superior performance, durability, and low power consumption, it is an ideal choice for any application that requires reliable frequency reference generation.