SIT8209AI-3F-18E-156.253906Y

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Oscillators enable applications to create or sample clock signals that maintain accuracy and are free from external influences. SIT8209AI-3F-18E-156.253906Y is a type of oscillator with its own unique application field and working principle.

SIT8209AI-3F-18E-156.253906Y is high precision quartz crystal oscillator with high stability, low phase noise and wide temperature range. It is designed for telecommunications, military and harsh environment applications which require precise signal synchronization. This oscillator creates a clock signal with frequency 156.253906MHz and performs well in conditions of high shock, vibration, and temperature variation.

SIT8209AI-3F-18E-156.253906Y oscillator has a wide application field including but not limited to:

• Base station applications
• Telecommunication systems
• Wireless communication
• Industrial automation
• Test and measurement
• IoT applications

The working principle of SIT8209AI-3F-18E-156.253906Y is based on the piezoelectric properties of quartz crystal. When a voltage is applied to a quartz crystal, it produces mechanical vibrations with a frequency proportional to the applied voltage. This frequency is determined by the shape, size and cut of the quartz crystal. SIT8209AI-3F-18E-156.253906Y oscillates at a frequency of 156.253906MHz.

The oscillator utilizes advanced ASIC techniques to refine the clock output. This allows for accurate timing signal even when subjected to extreme environmental conditions. It also offers the highest levels of stability and long term accuracy as well as excellent phase noise and jitter performance.

SIT8209AI-3F-18E-156.253906Y oscillator also features high temperature performance. It has high stability over temperature, low temperature coefficient for accurate timing, and wide temperature range for reliable operation.

SIT8209AI-3F-18E-156.253906Y is an ideal choice for applications requiring high performance, reliability and precision. It has been designed to provide superior signal quality, signal synchronization, and improved thermal stability for reliable operation.

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