SIT1602BI-73-30N-66.660000G

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Oscillators are essential components to many electronic circuits. They are used to provide an alternating current for many applications such as signal modulation, frequency control, timing, and switching. The SIT1602BI-73-30N-66.660000G are designed to provide stable and accurate oscillations of 66.660000MHz.

The SIT1602BI-73-30N-66.660000G oscillator is a frequency-modulated crystal oscillator (FMXO). The fundamental frequency is generated from an AT-cut quartz crystal that has been temperature compensated and featuring a frequency stability of ±100ppm from 0°C to 70°C. The device is based on a sine-wave oscillator topology and provides a low phase noise of more than -77dBc/Hz at 1MHz offset from the center frequency. The device also features a low jitter of ±50ps and is housed in a miniature SMD package that is ideal for applications in tight environments.

The SIT1602BI-73-30N-66.660000G oscillator is the perfect solution for applications that require high stability and low jitter over the entire operating temperature range. It is well suited for use in precision timing and synchronization applications such as those related to time and frequency division, as well as for use in communication systems. This product is well suited for radio transceivers, transmitters, receivers, test and measurement equipment, and network time servers.

The working principle behind the SIT1602BI-73-30N-66.660000G oscillator is based on vibrating a mechanical system such as a quartz crystal and measuring the frequency with which the crystal vibrates. The frequency of the crystal is controlled using a voltage-controlled oscillator (VCO). The output of the VCO is compared to the frequency of the crystal, and the difference is used to adjust the voltage applied to the crystal. This means that the output frequency of the oscillator is very stable and can be accurately tuned.

In summary, the SIT1602BI-73-30N-66.660000G oscillator is an ideal solution for applications that require a low phase noise and jitter over a wide temperature range. It is well suited for the most demanding timing and synchronization applications in radio transceivers, transmitters, receivers, test and measurement equipment, and network time servers. The device’s use of a sine wave oscillator topology and voltage-controlled crystal ensures its accuracy and stability.

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