SIT8209AC-31-33E-166.666600T

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Oscillators are widely used in a range of different applications, from regulating power to providing timing and synchronization. SIT8209AC-31-33E-166.666600T, a kind of oscillator, is a low-power oscillator primarily designed for applications involving output frequency and timer accuracy. In this article, we will discuss the application field of this device and its working principle.

SIT8209AC-31-33E-166.666600T is a clock oscillator that is designed to offer reliable long-term stability and low jitter. It has a frequency range of 166.666600 MHz up toclock accuracy. This oscillator is suitable for designs requiring frequency stability and low jitter for high-speed data transmission. It is ideal for designs involving digital TV and video applications, such as Set Top Boxes,HDMI/DVI interfaces,information storage systems, network switch routers and ATAs.

The device also provides excellent phase jitter performance for clock synthesis and clock generation. It is designed to maintain its frequency accuracy over temperature,voltage, and aging variations. Furthermore, the small ceramic package makes it easier to integrate the device into circuits or systems.

Theworking principle of SIT8209AC-31-33E-166.666600T is based on the fact that the crystal oscillator produces an electromagnetic wave at its resonant frequency. The crystal oscillator is driven by a voltage-controlled oscillator (VCO) to provide precise frequency control and accuracy. The oscillator consists of a voltage-controlled crystal oscillator (VCXO) which is connected to a high-stability, low-jitter resonant circuit. The frequency generated by the VCXO can be adjusted by changing the drive voltage. This enables the oscillator to maintain its accuracy over a wide range of temperatures,voltages,and aging.

SIT8209AC-31-33E-166.666600T is a cost-effective solution for high-performance oscillator applications. It has been designed to be used in applications where frequency accuracy and low jitter are required. Its features include wide operating temperature range, long term frequency stability, low phase noise, low power consumption, and excellent temperature and voltage stability. The device is highly reliable and offers excellent accuracy and stability, making it an ideal choice for designs requiring high-speed output frequency and timer accuracy.

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