SIT9120AI-2C2-25E212.500000T

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Oscillators are electrical circuits that generate a continuous, repetitive electronic signal at a particular frequency determined by the oscillator circuit. The SIT9120AI-2C2-25E212.500000T is an oscillator designed to generate signals ranging from 2.4 to 2.7 GHz, with a peak sinusoidal output of 18 dBm, and a sideband to carrier power ratio of -30 dBc and a frequency accuracy of 25 ppm. It has a low phase jitter of 70 fs to supply reliable streaming data transmission.

The SIT9120AI-2C2-25E212.500000T oscillator is mainly used in 4G and 5G broadband base stations, point-to-point microwave systems, VSAT networks, transmitter up/down converters, test instrumentation, and cell phone PAs. It has a wide range of applications in different communication systems in different conditions due to its high frequency, high stability, and low phase jitter.

The SIT9120AI-2C2-25E212.500000T oscillator operates by generating a sine wave at a specific frequency. It achieves this using the force-balanced amplitude collection, an integrated circuit that produces an accurate frequency and phase output. The oscillator is powered by a low-noise voltage-controlled crystal oscillator that ensures low jitter performance and low-noise operation. The frequency selection of the oscillator is determined by the values of the controlling voltage and the load capacitance within the oscillator circuit. The output of the oscillator is further amplified and filtered by the amplifier filter before being sent as the output signal.

The SIT9120AI-2C2-25E212.500000T oscillator is a high-performance voltage-controlled, low-phase jitter oscillator designed for applications requiring very low noise and reliable high-frequency output. It provides a wide frequency range, accurate frequency control, and a low phase jitter that is suitable for a variety of applications. Its superior performance and flexibility make it an ideal choice for a wide range of communication systems such as 4G, 5G base stations, microwave systems, and VSAT networks.

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