530SC167M500DG

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Oscillators are electrical components that generate a periodic electrical signal. Various oscillators exist, including the 530SC167M500DG, which is designed to generate a periodic signal with a frequency and waveform specifically tailored for use in electronic control systems. This oscillator\'s application field and working principle are discussed in the following sections.

Application Field

The 530SC167M500DG is a crystal boundary oscillator specifically designed for use in FSK/ASK based electronic control systems. These oscillators are highly accurate and offer excellent static frequency stability over a wide operating temperature range. As such, they are best suited for applications that involve the accurate generation of a periodic signal, such as in frequency synthesizers, digital Logic evaluation circuits, industrial controllers, radio transceivers, and smart meters.

Working Principle

The 530SC167M500DG oscillator operates on the principle of piezoelectricity. Specifically, a quartz crystal is used to generate an oscillatory electrical signal through the introduction of an alternating voltage to the quartz crystal. This alternating voltage causes the quartz crystal to vibrate at a constant frequency, which is determined by the crystal\'s physical dimensions. The alternating voltage is applied to the crystal via two electrodes, and the electrical signal generated by the crystal is sent to an amplifier, which is then used to drive the Frequency Shift Keying (FSK) or Amplitude Shift Keying (ASK) systems.

The 530SC167M500DG oscillator is designed to generate a signal with a frequency of 167MHz and a square-waveform. This oscillator oscillates at a frequency of 167MHz due to the specific dimensions of its quartz crystal, which is designed to provide the best possible performance. This oscillator also features a low ripple coefficient (less than 0.5%), low phase noise (less than -80dBc/Hz), and high operating temperature stability (−40 to +85ºC).

Conclusion

The 530SC167M500DG oscillator is a crystal boundary oscillator specifically designed for use in FSK/ASK based electronic control systems. This oscillator is highly accurate and offers excellent static frequency stability over a wide operating temperature range. Additionally, this oscillator is designed to generate a signal with a frequency of 167MHz and a square-waveform. This oscillator operates on the principle of piezoelectricity, whereby a quartz crystal is used to generate an oscillatory electrical signal through the introduction of an alternating voltage to the quartz crystal.

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