Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators

XLH738061.440000X is a kind of oscillator, a circuit that produces a periodic, oscillating waveform. It is mainly used in signal generation and in radio communications. XLH738061.440000X’s application field includes frequency control and frequency transfer, signal detection, pulse shaping and synchronization.

Application fields

In frequency control and frequency transfer, XLH738061.440000X is used to adjust and transfer a system to the required frequency through the adjustment of its parameters. In signal detection, XLH738061.440000X is used to detect the signals from different sources by filtering them. In pulse shaping, XLH738061.440000X is used to adjust the shape, timing, and amplitude of a waveform. In synchronization, it is used to synchronize and control multiple devices.

Working principle

XLH738061.440000X works based on the oscillator principles of electronic circuits. It produces an alternating current which is typically a sine or a square wave, by creating a loop that contains an active element, feedback and an energy storage device. The active element is usually a transistor or an active filter, and the feedback is usually a resistance-capacitance (RC) network. The oscillator circuit is enabled by feeding back its output at the input of the circuit, thus creating a relatively stable voltage. This voltage is then fed to the load, creating a periodic waveform.

In XLH738061.440000X, the active element senses the change in voltage, and transfers the energy from the energy storage unit. The energy from the storage unit is then transferred back to the active element, creating a feedback loop. This loop is responsible for the oscillation of the circuit, and thus producing the waveform.

Conclusion

XLH738061.440000X is an oscillator that is mainly used for signal generation and radio communications. Its application fields include frequency control and frequency transfer, signal detection, pulse shaping and synchronization. It works based on the oscillator principles of electronic circuits, by feeding its output at the input of the circuit, creating a stable voltage which is then fed to the load and creating a periodic waveform.

The specific data is subject to PDF, and the above content is for reference