XLH735099.000000I Crystals, Oscillators, Resonators

The XLH735099.000000I oscillator is an electronic instrument which produces predetermined frequency signals indispensable for establishing a temporary wave, pulse model or clock signal necessary for electronic devices to correctly perform their operations. This oscillator is classified as an oscillator because it generates a repetitive, cyclic, usually sinusoidal signal. Furthermore, it conforms to the miniaturization of electronic devices and is electrically stable, providing a high-output capacity that is comparable to that of larger Oscillators.

The XLH735099.000000I oscillator generates a sine wave or an adjustable pulse wave that is used to synchronize PC components, TV/BD, video, security cameras, radio, medical equipment, and various communication systems. The frequency precision is extremely accurate at ±2 PPM, providing its users with a high degree of reliability. The frequency range is 8MHz to 40MHz, making it suitable for a wide range of applications including transmission and communication.

The XLH735099.000000I oscillator works by combining a high frequency oscillator circuit, a frequency determining circuit, a frequency stabilizing circuit, and a temperature compensator into one unit to produce high quality and stable signals. The frequency of the oscillator is determined by the resonance circuit. The frequency is then adjusted by the frequency determining circuit to reach the predetermined frequency before the signal is amplified. The frequency stabilizing circuit then stabilizes the frequency of the oscillator\'s varying output signals. Finally, the temperature compensator compensates the change of oscillator frequency due to temperature variations, ensuring a stable and continuous output.

In conclusion, the XLH735099.000000I oscillator is an essential device in electronics engineering. It is a cost-saving solution that is classified into the Oscillators category due to its capability of producing predetermined frequency signals by repetitively cycling a sine wave, enabling components to achieve their desired results with high precision and reliability.