SIT8008BIU3-25S

Programmable oscillators are a type of frequency-generating device that can provide precision frequency outputs. They offer the advantages of low phase noise, low drift, high spectral purity, and low jitter for a wide range of applications. SIT8008BIU3-25S is a type of programmable oscillator that is used in various applications. This article will discuss the application field and working principle of SIT8008BIU3-25S.

Application Field of SIT8008BIU3-25S

The SIT8008BIU3-25S is a MEMS oscillator with a resonator frequency of 25MHz and a wide operating temperature range (-40 °C to +85 °C). It is used in various applications including industrial automation, audio equipment, medical equipment, data processing systems, and video equipment. It can be used in applications where precision frequency outputs are required, such as instrumentation, telecommunications, and radio systems. The SIT8008BIU3-25S is also suitable for use in automotive and automotive/industrial applications.

Working Principle of SIT8008BIU3-25S

The SIT8008BIU3-25S is a monolithic crystal oscillator (MCO). It operates on the principle of frequency-controlled resonance of a quartz crystal resonator. The quartz crystal is part of the oscillator feedback circuit, and the driving frequency is determined by the natural frequency of the crystal. The oscillator generates an output clock signal of 25 MHz, which is then amplified and regulated to the requisite output level. The output signal is then regulated to a typical jitter of less than 0.2ps. In addition, the SIT8008BIU3-25S offers a comprehensive range of frequency offerings from a wide set of output frequencies.

Conclusion

SIT8008BIU3-25S is a type of programmable oscillator that is used in various applications requiring precision frequency outputs. It operates on the principle of frequency-controlled resonance of a quartz crystal resonator and provides an output clock signal of 25 MHz. The SIT8008BIU3-25S is suitable for use in industrial automation, audio equipment, medical equipment, data processing systems, and video equipment.