SIT1602BI-11-18E-72.000000E

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Oscillators are commonly used for timing and synchronization in electronics applications. SIT1602BI-11-18E-72.000000E oscillator is a wide-range, precision, high frequency oscillator. The oscillator operates between 0 and 72MHz and is designed to be used in applications requiring high precision. The oscillator consists of a transformer, a temperature-compensated quartz crystal, a capacitor, and a Schmitt-trigger. The transformer is designed to provide isolation and impedance matching between the circuits. The quartz crystal acts as a frequency stabilizer and the Schmitt-trigger as a pulse generator.

The temperature-compensated quartz crystal is the most important component of the oscillator. The crystal’s frequency is directly proportional to its size, shape, and thickness. The crystal’s size and shape determine its resonant frequency and the capacitor provides a frequency adjustment range. The crystal is held in a hermetic container to protect it from environmental conditions such as temperature, humidity, and dust. It also prevents air from entering the package, which can cause aging of the component.

The Schmitt-trigger is the main pulse generator of the oscillator. It is designed to provide both accurate and stable timing pulses, and also helps prevent erratic oscillations. The pulse generated by the Schmitt-trigger is used to activate the quartz crystal, which then produces a frequency signal at its resonant frequency. The frequency signal is then amplified and used to drive the capacitor. The capacitor stores the amplified signal and adjusts the frequency of the oscillator. The capacitor is usually adjusted by a voltage control, such as a potentiometer, to allow fine-tuning of the frequency.

The SIT1602BI-11-18E-72.000000E oscillator has a variety of applications. It is typically used in communication systems, such as digital cellular phones, radio transmitters and receivers, test equipment, and navigation systems. It is also used in high-precision timing applications, such as digital clocks, microprocessors, and instrumentation. The oscillator is an ideal choice for applications that require precise timing and stability, such as broadcast quality audio. The oscillator is robust, reliable, and can handle a wide range of frequencies, temperatures, and other environmental conditions.

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