FHCXO-24-10AS

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The FHCXO-24-10AS Crystal Oscillator is a high stability crystal oscillator that is designed to provide reliable performance under a variety of conditions. Its high stability performance, fast start-up time and low output jitter make it an ideal choice for applications where precise timing and frequency stability is required. This particular model is available in several different frequency ranges including 1.00KHz- 24.00MHz.

The FHCXO-24-10AS Crystal Oscillator is ideal for use in most applications that require precise timing and frequency stability. Its high timing accuracy and low jitter make it a great choice for applications such as precision instrumentation, radio frequency communications, network synchronization, stratum-1 timing, seismic recording, and test and measurement. The device\'s small size and relatively low power consumption also make it suitable for areas such as embedded systems, automotive applications, and battery-powered applications.

The working principle of the FHCXO-24-10AS Crystal Oscillator is similar to that of other crystal oscillators. It essentially consists of an oscillator circuit that is designed to produce a particular frequency. This oscillator circuit is typically comprised of a capacitor, inductor, and a crystal resonator. The resonator is made of a quartz crystal or other material that vibrates at a specific frequency based on its mechanical characteristics. The capacitor and inductor are then connected to the quartz crystal and form a LC tank circuit.

When the oscillator is powered up, the capacitor and inductor start to oscillate. This produces a voltage across the quartz crystal which causes it to oscillate at its resonance frequency. The frequencies of these oscillations then become the output of the oscillator. As the power supply voltage is kept constant, the frequency of the output signal does not vary, ensuring stability and accuracy.

In addition to its high-precision control, the FHCXO-24-10AS Crystal Oscillator also offers low-phase jitter performance and low power consumption. The oscillator is also able to tolerate higher temperatures and shock levels, making it suitable for use in a variety of applications and environments. These features and its relatively small size make the FHCXO-24-10AS Crystal Oscillator a great choice for designers looking for a reliable, precise, and energy efficient timing solution.

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