530FB156M273DG

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Oscillators are typically designed as electrical circuits that produce a steady and repetitive form of electrical output signal. The 530FB156M273DG oscillator is a high performance, miniature crystal oscillator that provides high stability and accuracy for precision time applications.

Application Field

The 530FB156M273DG oscillator is mainly used in precision timing applications. Typical applications include modems, telecommunication systems, heart rate monitors, medical equipment, PC motherboards, remote control systems, industrial equipment, automotive systems, navigation and avionic systems. It is commonly used in frequency synthesisers, digital signal processing, digital electronics and computers as well.

Working Principle

The 530FB156M273DG oscillator works on the principle of frequency stability and accuracy provided by a quartz crystal. The crystal acts as a resonator, that is to say, it resonates at a precise frequency whenever it vibrates. The crystal oscillator works by driving a quartz crystal with an alternating current that is applied across electrodes on either side of the crystal. This alternating current causes the crystal to vibrate at its natural frequency. The alternating voltage, which is eventually converted to an alternating current, is then used to create an output signal. The output signal can then be used in a wide variety of applications.

The 530FB156M273DG oscillator is designed to provide high stability and accuracy for precision time applications. It features low power consumption, low phase noise, and temperature stability. It also utilizes a variety of frequency ranges, including 10 MHz-160 MHz, 10 MHz-200 MHz and 10 MHz-50 MHz, in addition to 10 kHz-50 MHz. In addition, the oscillator features three output formats, including sine wave, square wave and CMOS wave.

The 530FB156M273DG oscillator is a reliable and cost-effective solution for precision timing applications. Its superior performance, high accuracy and low power consumption make it ideal for a variety of designs and applications. With its wide frequency range and output formats, it provides an economical, yet highly accurate, solution for a variety of timing needs.

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