XLH735049.090900X

Oscillators: XLH735049.090900X Application Field and Working Principle

Oscillators are used in many different ways. Oscillators use energy from one source to stimulate the production of another energy type. For instance, oscillators can be used to convert a periodic or waveform of one type of energy into a waveform or period of another type of energy. In this article, we will discuss the application field and working principle of the XLH735049.090900X Oscillator.

XLH735049.090900X Application Field 

The XLH735049.090900X Oscillator is a type of oscillator used broadly in many electronic products and appliances. It is commonly used in circuits as a frequency generator and it controls the frequencies of the circuits. The frequency range of the XLH735049.090900X oscillator ranges from 0.2 Hz to 3.3MHz and its output level is adjustable. It is a quartz crystal-controlled oscillator, which is notable for its high frequency stability and accuracy of ± 5 ppm of crystal frequency. Its operating temperature range is from 0℃ to 70℃ and the operating voltage range from 3.3V to 5V.

The main application of the XLH735049.090900X oscillator is in computers and other digital appliances, cell phone communication, stepper motors, digital cameras and GPS systems. Its size is very small and its power consumption is very low, so it becomes increasingly more suitable for projects where space, energy or budget is limited.

XLH735049.090900X Working Principle

Oscillators, in general, operate by taking energy from one source in order to stimulate the production of another type of energy. For example, alternating current in a waveform of one type can be converted into a waveform or period of another type of energy. The XLH735049.090900X Oscillator works by using its quartz crystal as a frequency control element. The crystal is connected between one terminal of the oscillator and the output terminal. When power is applied, the quartz vibrates at its own resonant frequency. This frequency determines the output frequency of the oscillator.

The crystal of the oscillator is also surrounded by two capacitors. The capacitors are placed adjacent to the crystal to form two capacitors in a tank circuit which helps to oscillate a circuit at its resonant frequency. This tank circuit is the main mechanism of the oscillator that helps maintain a stable frequency and enhances the precision of the frequency operation. Furthermore, a feedback resistor is used in the oscillator circuit to maintain a constant voltage output from the oscillator, further improving the accuracy of the frequency output.

Conclusion

In conclusion, the XLH735049.090900X oscillator is a type of crystal- controlled oscillator, which is popular in many electronic products and appliances. It has a frequency range from 0.2 Hz to 3.3MHz and its output level is adjustable. Its main application is in computers and other digital appliances, cell phone communication, stepper motors, digital cameras and GPS systems. The working principle of this oscillator is by using its quartz crystal and two capacitors in a tank circuit as frequency control elements with a feedback resistor to maintain constant voltage output.