SIT8208AI-GF-25S-19.200000X

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Oscillators can be broadly classified as resonators, amplifiers, linear, and non-linear. When attempting to understand the characteristics of an oscillator, the applications and working principles of the individual components must all be considered. SIT8208AI-GF-25S-19.200000X is an excellent example of a resonator-based oscillator. This oscillator offers high levels of stability and superior performance.

The SIT8208AI-GF-25S-19.200000X is a frequency‑stabilized oscillator module with an on‑board phase‑locked loop (PLL). It is powered by a 5 V DC on‑board voltage source and divides the input frequency by 2 n up to 255 n. The module has two outputs of 19.200000X and 38.400000X, respectively. The module also features programmable frequency division and amplitude control. It also has adjustable pull‑in range, phase noise, and output power levels.

The output frequency of the SIT8208AI-GF-25S-19.200000X is determined by an external crystal oscillator and is divided by a fractional-N divider. The PLL locks the oscillator into the crystal’s frequency, providing a frequency stability of 0.7 ppm over a temperature range of 0 to 70°C. The PLL is also coupled to a temperature compensation circuit to provide the highest accuracy and stability. The module also features an on‑board, temperature‑compensated voltage reference, making it possible to maintain output accuracy performed over a wide range of temperatures.

The SIT8208AI-GF-25S-19.200000X is most commonly used for discrete frequency control solutions in wired and wireless communications applications. It can be used in applications such as frequency synthesisers, frequency counters, carrier transmitters, and other specialized applications requiring high frequency accuracy.

Overall, the SIT8208AI-GF-25S-19.200000X is an excellent example of a resonator-based oscillator that can be used in many applications requiring high frequency accuracy. Its superior performance, stability and frequency accuracy makes it an ideal choice for applications that require precise frequency control.

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