XLP735311.040000I

Oscillators: XLP735311.040000I application field and working principle

Oscillators are electronic circuits used to generate repetitive electronic signals. These signals are usually sine waves or square waves, and can be used to control clocks, timing circuits, synchronize analog or digital signals, and provide clock timing for computers. Oscillator circuits can be highly stable and precise, or have wide enough range and flexibility to allow the user to manually tune the frequency. The type of oscillator to choose and how to use it depends on the specific application.

XLP735311.040000I is one of the oscillator products which is treated as a frequency control oscillator. This oscillator belongs to the clocks category, which is about frequency and timing solution. A wide frequency range is available for the XLP735311.040000I oscillator between 6KHz to 33MHz and its advantages are low power consumption and cost.

The application field of the XLP735311.040000I oscillator includes: clock signal optimization such as PLL and clock synthesizers; power supply synchronization control; system resetting functions; communication interface such as USB and Ethernet and so on. The common application of the frequency control oscillator consists of the above fields. The frequency stability can be as high as 25PPM and the frequency deviation can be controlled within ±30PPM.

The working principles of the XLP735311.040000I oscillator is simple, which is based on the RLC circuit. The circuit structure of the oscillator mainly consists of resistor, inductor and capacitor. The output frequency of the oscillator depends on the resonant frequency of the inductor. Besides, the R capacitor can control the oscillation amplitude and the L capacitor can adjust the phase of the oscillator. Therefore, the output frequency of the oscillator can be adjusted by changing the capacitor or inductor.

In conclusion, XLP735311.040000I is a frequency control oscillator, which comes with wide frequency range and extremely low power consumption. The application field of the oscillator mainly includes clocks, power supply, system reset and communication interface. In the RLC circuit, the frequency can be adjusted by changing either the capacitor or inductor and the frequency stability can be as high as 25PPM.