SIT8208AI-83-18E-28.636300T

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SIT8208AI-83-18E-28.636300T is an oscillator that belongs to advanced and cost effective range of electronic components, developed by Siemens AG for radar applications and offers certified performance with double sided metallization and hermetic packaging. This oscillator’s frequency range is between 18MHz to 28.636300MHz and it has a flat frequency range of 18 to 500MHz, which allows for very high frequency selections in both bands.

The primary application of this oscillator is in radar systems, where the precise frequency of the signal is critical for the successful operation of the system. The oscillator can also be used for communication purposes, such as modulating and demodulating of signals. It can also be used in Digital Signal Processing (DSP) applications. Furthermore, this oscillator can be used in frequency synthesis systems, phase locked loops, filters, and other frequency control applications.

The working principle of the oscillator is based on the same general principle as other oscillators - that of a positive feedback loop. The feedback loop consists of an amplifier, a resonator, and an output stage. The amplifier amplifies the signal coming from the resonator and feeds it back to the input of the resonator. This creates a positive feedback loop, which results in the oscillation of the signal at the frequency of the resonator.

In order to achieve a precise frequency, the oscillator needs to be tuned to the desired frequency. This is done by adjusting the resonator frequency and the gain of the amplifier. In addition, the oscillator needs to be temperature-stabilized, as the environment temperature affects the resonator frequency and the amplifier gain. The oscillator also needs to be retarded in order to maintain a constant frequency output.

To summarize, SIT8208AI-83-18E-28.636300T is an oscillator developed by Siemens AG for radar systems and has a frequency range of 18 to 28.636300MHz. It can also be used in communication, DSP, frequency synthesis systems, phase locked loops, filters, and other frequency control applications. The oscillator works on the principle of positive feedback loop and needs to be tuned, temperature-stabilized and retarded in order to achieve accurate frequency.

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