SIT1602BI-11-18N-75.000000E

Oscillators are important electronic components in many applications. One type of oscillator, the SIT1602BI-11-18N-75.000000E, is a popular choice for various requirements. This oscillator is a balanced, double elliptically-locked, low-noise and low-jitter model. Its built-in phase-locked loop architecture ensures a stable output frequency, even when changing temperature or voltage.

The SIT1602BI-11-18N-75.000000E is well-suited for applications where a low-jitter, low-power clock signal is required. As such, it has been used in many digital applications such as DVDs, CD players and Blu-ray Discs. It has also found its way into radio transmission applications, where it is used to produce stable, low-noise signals.

The oscillator works by generating a high-frequency sinusoidal signal. This is accomplished through the use of a quartz crystal. The crystal is embedded in the oscillator and is subjected to a varying voltage. A feedback circuit is then used to alter the amplitude and frequency of the sinusoidal signal output by the crystal. In the case of the SIT1602BI-11-18N-75.000000E, the output frequency can be adjusted by varying the feedback voltage.

The oscillator has a wide operating temperature range of -40C to +85C, allowing it to work in extreme conditions. It also has low power consumption, making it suitable for battery-powered applications. Furthermore, it boasts a high immunity to noise, vibrations, shocks and power surges. Finally, the phase locked loop architecture ensures that the output frequency remains stable even during times of thermal or electrical stress.

In conclusion, the SIT1602BI-11-18N-75.000000E oscillator is an excellent choice for applications where a low-jitter, low-noise clock signal is required. Its wide operating temperature range, low power consumption and high noise immunity make it an ideal choice for many digital and radio transmission applications. Furthermore, its phase locked loop architecture ensures that the output frequency remains stable even under changing conditions.