SIT8209AC-22-28E-156.250000X

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Oscillators are used by electronic systems to provide an output signal that oscillates at a desired frequency. They are a vital component of any electronic system. SIT8209AC-22-28E-156.250000X is a type of oscillator that is specifically designed for precision timing applications. This article discusses the application field and working principle of this oscillator.

The SIT8209AC-22-28E-156.250000X oscillator is typically used for precision timing applications such as datum clocking, clock distribution, timing control, and timing reference. It is also used in systems where accurate and precise frequency stability is required. The oscillator includes a temperature-compensated crystal oscillator (TCXO) and a high-performance voltage-controlled crystal oscillator (VCXO) in a single package. These features make the SIT8209AC-22-28E-156.250000X an excellent choice for timing applications.

The SIT8209AC-22-28E-156.250000X oscillator operates on the principle of negative temperature coefficient crystal (NTCC). It uses a piezoelectric crystal, typically quartz, to generate an oscillatory signal in response to an electrical field. The frequency of the oscillation is determined by the mechanical structure of the crystal, and it can be tuned to a specific frequency with the help of an external voltage. The frequency of the SIT8209AC-22-28E-156.250000X oscillator is 156.250000X and can be adjusted by up to +/- 75 ppm with the help of an external voltage.

The SIT8209AC-22-28E-156.250000X oscillator has excellent phase noise performance. It has a low phase noise of –45 dBc/Hz at 10 kHz offset. It has a wide range of operating voltages and temperatures and can operate over a temperature range of -40°C to +85°C. The oscillator also has excellent supply current stability and low reference spurs.

The SIT8209AC-22-28E-156.250000X oscillator is a cost-effective solution for precision timing applications. It has a wide range of features such as temperature-compensated and high-performance VCXO, low phase noise, excellent supply current stability, and low reference spurs. Additionally, it is capable of providing a stable and precise frequency for precise timing applications. It is an excellent choice for any system where accurate and reliable timing is required.

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