SIT1602BI-22-XXS-33.333330D

Oscillators

The SIT1602BI-22-XXS-33.333330D is an oscillator product, which has applications in frequency synchronization, timing, and communications systems. It is a high-performance, precise, low-jitter quartz oscillator with excellent stability.

Application Field:

• Communication Systems
• Time & Frequency Synchronization
• Automotive Electronics
• Industrial Automation
• Military & Aerospace
• Measurement & Instrumentation

Working Principle:

The SIT1602BI-22-XXS-33.333330D works on the principle of electronic resonance and is constructed using a quartz crystal. A quartz crystal is a piezoelectric material that has the ability to vibrate when electric charges are placed on its two sides. Inside the oscillator, an oscillating voltage signal is sent between the quartz crystal and the other electronic components. As the signal interacts with the quartz crystal, the signal becomes amplified with each iteration. The frequency of the output signal is determined by the size, shape, and cut of the quartz crystal inside the oscillator. Depending on the type and quality of the quartz crystal, the frequency stability of the oscillator can be greatly improved.

The SIT1602BI-22-XXS-33.333330D oscillator has excellent frequency stability over a wide temperature range, low EMI/EMC radiation, and improved vibration and shock resistance compared to other oscillator products. This allows for higher precision, faster processing, and improved durability. It has a long service life, making it an ideal choice for time and frequency synchronization applications.

Conclusion:

The SIT1602BI-22-XXS-33.333330D oscillator is a high-performance, precise, and low-jitter quartz oscillator. It has excellent stability and works on the principle of electronic resonance. This oscillator has many applications, such as automotive electronics, military and aerospace systems, communication systems, industrial automation, and measurement and instrumentation. It has excellent frequency stability, low EMI/EMC radiation, and improved vibration and shock resistance, making it an ideal choice for time and frequency synchronization applications.