SIT9120AC-2C1-25E166.666600X

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Oscillators

SIT9120AC-2C1-25E166.666600X is an oscillator used widely in many applications as it offers superior performance. It is a low-power, highly-accurate clock, design for use in microelectronics, automotive, and medical electronics. The oscillator is rated to operate at a voltage of 2.5V, with a frequency range of 166.6666MHz. Its output form is a low jitter square wave or a sine wave.

The working principles of SIT9120AC-2C1-25E166.666600X oscillator are based on frequency control networks, within which Two tuned RC networks are linked together with a common capacitor. The loop consists of a two stages RC filter. A bias network is connected to the trimmer to adjust the required frequency at which the oscillator operates. The oscillator is characterized by its excellent stability and accuracy even under varying temperatures.

SIT9120AC-2C1-25E166.666600X oscillator have a variety of applications. It is mainly used in high-end digital and Micro-controllers, routers, switches, and other embedded boards. The oscillator can be used for data, signal, and driver timing, as well as audio/video/video audio applications. It is highly suitable for applications where low frequency precisions and stability are essential, such as communication, medical, and automotive. In addition to audio and video applications, it could be used for different types of Ethernet applications or general data communication.

SIT9120AC-2C1-25E166.666600X oscillator has excellent performance characteristics includes high level of frequency stability in diverse temperature range, high output and low jitter. It has low output impedance for easy integration of it into systems and high reliability which is critical in high-end applications. Its frequency stability is superior, in ± 10 PPM and low current of 4mA.

In general, SIT9120AC-2C1-25E166.666600X oscillator is a reliable and precision oscillator, which offers superior performance and high accuracy that allows its use in a wide range of electronic applications. It has excellent frequency stability and precision, low power consumption, and high reliability. Due to its low jitter, it is also widely used in microelectronics as well as medical technology, automotive industry and other industries.

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