SIT1602BI-11-XXS-25.000625G

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Oscillators are widely used in electronic and computing systems for both timing and synchronizing operations. A high-precision oscillator can provide precise frequency control and can help to achieve stability in circuits and systems. The SIT1602BI-11-XXS-25.000625G is one such oscillator that is particularly suited to applications in the telecommunications sector. In this article we\'ll explore the application field of this oscillator and explain its working principle.

The SIT1602BI-11-XXS-25.000625G is designed for applications which require stability over a wide range of temperatures. It has been tested and validated to operate over a temperature range of -40 to 85 degrees C, ensuring high accuracy over a wide range of environmental conditions. Its high precision of ±0.075ppm (or less depending on the operating temperature) makes it an ideal choice for telecommunications applications such as base station synchronization, frequency planning and frequency hopping.

The oscillator has a nominal output frequency of 25Mhz and a low jitter (less than +/-80ps). This ensures low signal to noise ratios, which can result in improved signal integrity. The oscillator is also designed for low-power operation, with a maximum current draw of just 15mA. This makes it ideal for use in portable devices or low-power systems.

In terms of its working principle, the SIT1602BI-11-XXS-25.000625G oscillator is a quartz-based clock oscillator. Quartz crystals are known for their stability over a wide range of temperatures and can be used to generate precise and stable frequency outputs over time. The oscillator uses a quartz crystal housed in a package that includes capacitive-coupled crystal oscillator circuitry.

This oscillator works by generating a signal with a frequency determined by the quartz crystal. The signal is amplified by the oscillator circuitry before it is passed through a high-precision divider network. The output frequency is determined by the signal coming from the quartz crystal being multiplied or divided by the divider network, resulting in a signal at a precise output frequency.

This oscillator is an excellent choice for telecommunications applications due to its combination of high accuracy, low power consumption and wide environmental stability. Its quartz-based design ensures precision timing and frequency control, while the low jitter ensures low signal-to-noise ratios. Additionally, the oscillator is designed for low-power operation, making it an ideal choice for portable devices or low-power systems.

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