SIT9120AC-1B2-XXS166.666000D

Oscillators are a class of electrical circuit that provide alternating current (AC) or voltage signals that are produced by oscillatory or vibratory processes. The SIT9120AC-1B2-XXS166.666000D oscillator, commonly simply referred to as the “SIT9120AC,” is a high-speed, low-frequency, high-power, crystal-controlled oscillator designed for use in the automotive, industrial, communications and military markets.

The SIT9120AC has a frequency range from 166.666000MHz to 400MHz, and as a result, it has a wide variety of applications. It can be used for AM radio car receivers, digital clocks, automotive telecommunications, radio detectors, and other automotive electronic components that require precise synchronization in order to attain accurate timing. Its low-frequency nature makes it suitable for many applications such as tests, measurements, diagnostics, and drives for precision machines and equipment.

The working principles of the SIT9120AC oscillator are quite simple. The oscillator is built entirely around a quartz crystal, which is precisely machined and calibrated to cause the crystal to vibrate at a specific frequency. The quartz crystal is connected to two amplifiers, one to provide an output to the outside world, and the other to create a feedback loop for oscillation. This feedback loop allows the oscillator to achieve stable and reliable frequencies.

The SIT9120AC oscillator is housed in an epoxy package designed to protect the quartz crystal from vibration, shock, and EMI interference. The oscillator also has excellent phase noise performance, a low frequency error, low jitter, low power consumption, a high level of stability, and a wide temperature range. Because of its features, the SIT9120AC oscillator is an ideal choice for many applications that require frequency stability and accuracy.

The SIT9120AC oscillator is a great choice for precision oscillator applications in the automotive, industrial, communications, and military markets. Its high-speed, low-frequency, high-power, crystal-controlled design makes it suitable for many different applications, from AM radio car receivers and digital clocks to automotive telecommunications and radio detectors. Moreover, its low-frequency nature makes it ideal for tests, measurements, diagnostics, and drives for precision machines and equipment. Its low frequency range, high-demand EMI protection, and excellent phase noise performance increase its value as a reliable oscillator in the modern world.