416F25025ILR

416F25025ILR Application Field and Working Principle

416F25025ILR is a frequency-setting device optimized for medium frequency typical applications, such as switching power supplies and various digital frequency synthesizers. It can provide precise frequency control and filter performance, so it is widely used in commercial and industrial applications.

Application Fields

416F25025ILR can be widely used in various digital frequency synthesizers, military and medical systems, commercial and industrial switching power supplies, electric motors and other applications that require precise control of the frequency. This device can also be used for power control, undervoltage protection, phase control, frequency monitoring, harmonic discrimination, synchronization, timing, speed control and other aspects.

Working Principle

416F25025ILR is a standard frequency-setting device that uses a crystal oscillator to generate a frequency signal. The crystal oscillator is a electronic deviceusing the frequency of a quartz crystal to generate a time-base signal. The frequency of the generated signal is determined by the resonator circuit which consists of the quartz crystal and two capacitors. The capacitor acts like a band-pass filter and selects the frequency of the generated signal which is determined by the properties of the crystal.

The crystal is then connected to the oscillator circuit, which serves to amplify the signal before it is output. The amplifier is set to the appropriate frequency using resistors and capacitors such that the signal output is of the specified frequency. The signal output is then fed into the signal conditioning circuit. Finally, the signal conditioning circuit is used to condition the signal and output it in the form of pulse-width modulation (PWM) signal.

Conclusion

The 416F25025ILR frequency-setting device is capable of providing a precise frequency control for commercial and industrial applications. It consists of an oscillator, an amplifier, and a signal conditioning circuit. The three components work together to generate a PWM signal of the specified frequency, which can then be used for power control, timing, and other applications.