XLH72V150.000000X

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The XLH72V150.000000X oscillator is an oscillator type specifically designed for commercial and industrial applications. It is an advanced single channel, low jitter, low phase noise and low power consumption oscillator under stable conditions, making it suitable for high-speed data transmission systems, digital video and multimedia applications, digital audio and clock distribution systems, microprocessor cores, and other high-precision timing applications.

Features

• Low jitter: 8.3 ps RMS
• Low phase noise: -122 dBc/Hz@100kHz
• Low power consumption: 130 mW typical
• High frequency stability: ±1 ppm
• Multi output options: CMOS, LVDS, Sine wave, Clockout, Fanout, and Clocked Fanout with 2.5V, 3.3V, and 5V output levels

Applications

The XLH72V150.000000X oscillator is ideal for a variety of commercial and industrial applications. Its low jitter, low phase noise and low power consumption make it suitable for applications requiring extreme accuracy such as medical equipment, aerospace and navigation, cellular/wireless systems, optical networking, GSM and other digital communication systems, and many more. Additionally, the oscillator is designed to be highly resistant to vibration and other environmental conditions. As such, it is suitable for most harsh industrial environments.

Working Principle

The XLH72V150.000000X oscillator operates on the principle of electrical resonance. It consists of a quartz crystal and a pair of electrodes that stimulate the crystal, each separated by an electrical isolation layer. The alternating electrical charge in the crystal produces mechanical stress and strain which induce a vibration that is sustained by energy input from the electrodes. The frequency of this vibration determines the output frequency of the oscillator.

The quartz crystal is the most important component of the oscillator since it determines the precision and stability of its output signal. The exact orientation, thickness, shape, and size of the crystal are all important design aspects that must be considered when selecting an appropriate oscillator for an application. Additionally, quality control and screening of the crystal must be performed to ensure that the quartz oscillates at a precise frequency and accurately produces the desired output signal.

The electrodes in the oscillator work by supplying a small amount of electrical power to the quartz crystal. This power is modulated by a feedback loop through either an on-board programmable oscillator or an external reference signal. This modulated power is used to sustain the quartz oscillation and precisely control waveform and frequency of the output signal.

The exact frequency of the quartz crystal will depend on the specific application for which it is selected. Temperature changes can affect the crystal’s resonance, so it is usually housed in a temperature-controlled enclosure for extra stability. Additionally, the output of the oscillator must be constantly monitored for frequency drift and other signs of degradation.

Conclusion

The XLH72V150.000000X is a highly reliable and precise oscillator for a variety of commercial and industrial applications. Its low power consumption, low jitter, low phase noise, and high frequency stability makes it an excellent choice for high-performance, high-speed systems. By taking the time to select the right crystal and using careful quality control and monitoring, the XLH72V150.000000X can provide reliable long-term performance for even the most demanding applications.

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