530KC48M0000DG

The 530KC48M0000DG is a miniature, general-purpose oscillator typically used in microprocessor-based systems. It offers a programmable frequency range of up to 200 MHz, with a frequency stability of +/- 50 ppm, making it a very accurate and reliable solution for frequency reference and timing requirements. It is also often used in communications systems, and can be used to replace quartz crystals for digital signal processing applications. It provides excellent accuracy and precision at fractional frequencies.

At its core, the 530KC48M0000DG oscillator uses a programmable feedback loop to produce a controlled and precise frequency output. The frequency of the output signal is determined by the characteristics of the feedback loop, which include a line transducer and a frequency-selecting circuit. The line transducer converts the control voltage fed into the oscillator into a current signal, which is then amplified and fed back into the loop. The frequency-selecting circuit then tunes the output frequency to the desired frequency. The entire loop is then closed on itself, creating an oscillating signal whose frequency is determined by the characteristics of the feedback loop.

The 530KC48M0000DG also has a low-power standby mode, allowing it to be used in battery-powered wireless devices. This standby mode effectively keeps the loop in an open, non-oscillating state, allowing the oscillator to consume minimal power while not in use. When the oscillator is enabled, the loop is closed and the oscillator is ready for use.