SG-8002CA 7.3728M-PHMB

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Oscillators are electrical circuits designed to produce a periodic signal. Oscillators are formed by combining a signal source, an amplifier, and a feedback system. By adjusting these components, a range of signal frequencies and waveforms can be generated. Among the various oscillator types available, SG-8002CA 7.3728M-PHMB is one of the most commonly used oscillators in the world.

SG-8002CA 7.3728M-PHMB is a high-precision crystal oscillator. It provides a maximum output frequency of 7.3728 MHz, and provides high-stability and low power consumption in extreme temperature conditions. It is well-suited for applications requiring a precise, reliable, and stable signal, such as precision digital timing, testing and measurement, military, aerospace, wireless infrastructure, and medical applications.

The SG-8002CA 7.3728M-PHMB oscillator works by combining a quartz crystal, an amplifier, a feedback resistor, and a feedback capacitor. The quartz crystal acts as the signal source, and when it is excited by an outside power source, it vibrates according to its resonant frequency. The amplifier then boosts the signal received from the crystal and feeds it back to the resonating crystal. The feedback resistor and capacitor act as a low pass filter, and this feedback system helps to maintain a stable frequency and waveform.

The SG-8002CA 7.3728M-PHMB has a typical frequency tolerance of ±50 ppm, which allows for a stable and reliable signal over a wide range of temperatures. It also offers excellent jitter performance and low power consumption, making it ideal for battery operated systems. In addition, as it is supplied as a stand-alone device, the SG-8002CA 7.3728M-PHMB is simple to integrate into a larger system.

Overall, the SG-8002CA 7.3728M-PHMB oscillator is a versatile and reliable component for many applications. Its combination of high precision, stability, and low power consumption makes it an ideal solution for applications requiring reliable timing and signal generation.

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