SIT1602BC-22-33E-28.636300E

Oscillators are electric circuit devices that generate repeating electric signals, usually in the form of waves. The SIT1602BC-22-33E-28.636300E oscillator is a precision oscillator that is part of the SIT1602 family of oscillators, manufactured by SIT Nederland, one of the global leaders in frequency control solutions for aerospace, industrial, and consumer products.

This SIT oscillator offers high frequency stability and low power consumption. It operates at a frequency of 28.636300 MHz and features frequency tuning of ±20e-6 over the full input voltage range. It also offers a wide panel supply voltage of 8.0V to 14.0V, and an operational temperature range of -40°C to +85°C. The SIT1602BC-22-33E-28.636300E oscillator has a low phase noise of -150 dBc/Hz at 10 kHz offset, which makes it excellent for precision applications.

The SIT1602BC-22-33E-28.636300E oscillator is used in many technologies that require precision timing, including radar systems, sonar systems, satellite navigation, communication networks, high-speed computing, and scientific data collection. It can also be used in industrial automation systems, manufacturing automation, testing and measurement, and medical equipment.

The SIT1602BC-22-33E-28.636300E oscillator is a quartz-based, open-loop device, which means it relies on the natural resonance of quartz crystals to produce the oscillations. The quartz crystal is exposed to an electrical field which causes it to vibrate, creating a voltage in the crystal. This voltage is then amplified and feedback through a feedback loop which allows the oscillator to maintain a steady and consistent frequency.

The SIT1602BC-22-33E-28.636300E oscillator also features a built-in phase-lock loop (PLL) circuit which allows it to be used in control systems and applications that require fast response times. The PLL helps to eliminate jitter and ensures a smooth, stable output signal.

In short, the SIT1602BC-22-33E-28.636300E oscillator is a precision device that offers high frequency stability, low power consumption, and low phase noise. It is used in many technologies in which precision timing is critical, including radar systems, sonar systems, satellite navigation, communication networks, high-speed computing, manufacturing automation, testing and measurement, and medical equipment.