SIT8008BI-22-33E-15.360000D

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Oscillators are essential for numerous applications in the fields of communication, sensing and control, they can be utilized to convert an input signal into a series of pulses or to create a specific waveform. SIT8008BI-22-33E-15.360000D, an oscillator product produced by Sitronix Technology Corporation, is particularly suitable for low-noise and ultra-low-power applications.

The SIT8008BI-22-33E-15.360000D is a dual-frequency voltage-controlled crystal oscillator (VCXO). It is equipped with a low-noise amplifier, a 4-20 mA programmable current source, and a voltage-controlled amplifier, all of which are necessary for low-noise operation. The crystal resonator is tuned to a 15.360000 MHz center frequency, while a 20 ppm tuning voltage range on the VCXO allows precise frequency adjustment.

The SIT8008BI-22-33E-15.360000D is most commonly used in microwave applications. Its low-noise design and voltage-controlled tuning allow it to handle complicated tasks. For example, it can be used to tune a radar operating at frequencies up to 40 GHz. It is also suitable for a variety of other applications, such as phase-locked loops, clock distribution, wireless infrastructure, and mobile communication products.

The working principle for the SIT8008BI-22-33E-15.360000D is relatively simple. When the tuning voltage is applied to the oscillator, the crystal resonator and the digital-to-analog converter (DAC) in the VCXO circuit convert the tuning voltage into a corresponding frequency. The voltage-controlled amplifier then amplifies the converted signal and provides it as the output signal of the oscillator. This process is repeated at a fixed rate, making the output signal a periodic waveform.

In conclusion, the SIT8008BI-22-33E-15.360000D is a dual-frequency voltage-controlled crystal oscillator that is suitable for a wide range of low-noise and ultra-low power applications. Its primary application area is in microwave applications, but it can also be used in phase-locked loops, clock distribution, wireless infrastructure, and mobile communication products. Its working principle is fairly simple. First, the tuning voltage is converted into a corresponding frequency by the crystal resonator and the DAC in the VCXO circuit. Then, the voltage-controlled amplifier amplifies the signals and provides it as the output signal from the oscillator.

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