SIT1602BI-13-XXS-38.400000D

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Oscillators are commonly used in many electronic circuits. They are usually used to generate electrical signals that have a high frequency, low phase noise, and precise pulse widths. SIT1602BI-13-XXS-38.400000D is one of the oscillators which is widely used in multiple fields. This article will discuss the application fields and working principle of SIT1602BI-13-XXS-38.400000D.

Application Field

SIT1602BI-13-XXS-38.400000D is a frequency-agile oscillator designed specifically for RF test receivers and transceivers, communications, and instrumentation applications requiring a high frequency-range and wide tuning range. It provides extremely low phase noise, tight absolute frequency tolerance, low jitter, and small size. As a result, it is suitable for applications operating in the RF band. These include applications such as radio and television broadcast receivers, satellite radio receivers, 802.11 WLAN links, and other RF communication networks.

The oscillator is also ideal for instrumentation applications such as vector signal analyzers, RF signal analyzers, spectrum analyzers, network analyzers, RF impedances analyzers, vector network analyzers, digital synthesisers, power amplifiers, and arbitrary waveform generators. In addition, it can be used in radar systems, home electronics, automotive electronics, medical electronics, and military electronics.

Working Principle

The SIT1602BI-13-XXS-38.400000D uses the Laser Diode Oscillator (LDO) oscillator technique to achieve all of its performance characteristics. It contains a laser diode, which is optically modulated by the output of a voltage-controlled oscillator (VCO). The photons emitted by this diode are then focused to a point and received by an optical detector. This converts the optical signal into an electrical signal which is then amplified and filtered.

The oscillator\'s phase noise, which is the most important feature, is maintained by first stabilizing the operating frequency of the laser diode. This is done by controlling the applied voltage to the diode, which in turn varied the operating current of the diode, and thus the frequency. The output electrical signal is then filtered to reject any unwanted noise. The last part of the oscillator\'s working principle involves the phase lock loop circuit, which helps to maintain the oscillation frequency.

Conclusion

The SIT1602BI-13-XXS-38.400000D is an oscillator designed for use in multiple applications in the fields of communications and instrumentation. It utilizes the Laser Diode Oscillator (LDO) design to achieve high frequency-range and wide tuning range. It also provides low phase noise, tight absolute frequency tolerance, low jitter, and small size. As a result, it is ideal for applications requiring high frequency, such as radio and television broadcasts, radar systems, and communication networks.

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