530FC85M0000DGR

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Oscillators

Oscillators are electronic circuits which generate regular, periodic waveforms; the output is typically a sine wave. Oscillators are used to generate AC voltage and are widely used in many applications. One particular type of oscillator is the 530FC85M0000DGR.

530FC85M0000DGR Application Field

The 530FC85M0000DGR oscillator is a low-cost, low-power integrated circuit for cost-sensitive, low-power applications such as clocks, alarms, timers, and signal generators. It can be used in consumer, automotive, medical, and other sensitive applications. It features a programmable frequency range from 10 MHz to 85 MHz, low operating current of only 14 mA, frequency step of 0.125 kHz, and an impedance-matching temperature range of 60K.

530FC85M0000DGR Working Principle

The 530FC85M0000DGR oscillator uses a low-power, low-noise OpAmps architecture to generate stable and precise sine waves. It utilizes an internal crystal oscillator to provide the fundamental frequency of the oscillator, while a feedback circuit and an oscillator filter provide the higher frequency signals. The feedback circuit is designed to resonate at the desired operating frequency. The output of the circuit is then fed back to the input stage to create a sustained oscillation.

The 530FC85M0000DGR oscillator is capable of providing accurate frequency at any given supply voltage, making it suitable for applications requiring a wide range of operating voltages. The frequency range and operating current are also adjustable by using external components. As a result, the oscillator is ideal for low-power applications where precise and stable frequency control is desired.

Conclusion

The 530FC85M0000DGR oscillator is a versatile, low-cost, and low-power integrated circuit for applications where precise and stable frequency control is desired. It offers a programmable frequency range from 10 MHz to 85 MHz with a frequency step of 0.125 kHz and a low operating current of only 14 mA. It can be used in consumer, automotive, medical, and other sensitive applications.

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