533AC000124DGR

Pin Configurable/Selectable Oscillators - 533AC000124DGR Application Field and Working Principle

Pin configurable or selectable oscillators are widely used for clock signal generation for integrated circuits. The 533AC000124DGR is an example of such oscillators, and its application field and working principle can be discussed in detail below.

Application Field of 533AC000124DGR

The 533AC000124DGR oscillator is ideal for use in a variety of applications, especially those involving multiple clocks. Its low supply voltage requirement (1.8V to 3.3V) and its wide frequency range (300 Hz to 220 MHz) make it suitable for use in a wide array of applications. It can easily be configured for different frequencies using external capacitors. It also features a power-down, low EMI (electromagnetic interference), low jitter, and low phase noise profile. The 533AC000124DGR oscillator is ideal for use in applications where multiple frequencies need to be generated and switched between, such as television tuners, audio/video devices, and relay controllers.

Working Principle of 533AC000124DGR

The 533AC000124DGR oscillator is based on a phase-locked-loop (PLL) circuit structure. It works by comparing the phase difference between an input clock signal and an internal reference clock. Based on the information provided by the comparison, an output frequency is generated. This output frequency is regulated by the capacitors and resistors connected to the oscillator to match a desired frequency. The 533AC000124DGR oscillator also has an internal logic circuit that monitors the oscillator’s power supply and output signal. This preventative measure ensures that the oscillator always maintains the correct frequency and voltage.

Conclusion

The 533AC000124DGR oscillator is an ideal choice for applications requiring multiple frequencies to be generated and switched between. It is based on a PLL circuit structure and is capable of generating an output signal of up to 220 MHz. Its also features a power-down, low EMI, low jitter, and low phase noise profile. It is also capable of providing a precise output frequency by using external capacitors.