SIT1602BI-11-XXN-37.500000E

Oscillators are essential components in a wide range of electronic systems and applications. SIT1602BI-11-XXN-37.500000E is one of the oscillators which is widely used in various settings. It is known for its high stability, superior frequency performance, and excellent reliability. In this article, we will discuss the application field and working principles of SIT1602BI-11-XXN-37.500000E.

SIT1602BI-11-XXN-37.500000E is a crystal oscillator that provides a low-noise, stable frequency output. It utilizes quartz crystal and the built-in oscillator circuit. It has excellent frequency performance, achieving ± 0.25ppm stability from -45 to +85°C. The frequency output is 37.500000 MHz± 0.25ppm. It has very low power consumption of 12 mW and a wide operating temperature range from -45℃ to +85℃.

The crystal oscillator is suitable for design applications which require ultra-stable frequency output and excellent temperature stability. Since it is a low-noise oscillator, it is widely used in satellite communication, navigation systems, radar systems, high-speed digital communication and electronic instrumentation. It can also be used in other sensitive circuits and applications where controlling and minimizing of noise is critical.

The working principle of SIT1602BI-11-XXN-37.500000E is based on the mechanical and electrical properties of quartz crystal. A quartz crystal is a piezoelectric device which exhibits an electrical charge when a mechanical force is applied to it. When the crystal is attached to an oscillator circuit, the output signal frequency is determined by the crystal electrical properties. The oscillator circuit is tuned to the natural frequency of the crystal, ensuring that the output frequency is precise and stable. The crystal oscillator starts oscillating when power is applied and continues to oscillate until power is removed.

In conclusion, SIT1602BI-11-XXN-37.500000E is a highly reliable and low-noise crystal oscillator that provides a stable frequency output. It is suitable for design applications where stability and temperature performance are required. The working principle is based on the mechanical and electrical properties of quartz crystal, which drives the oscillator circuit to produce an accurate and stable output signal.