SIT9120AI-2B2-33S200.000000D

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Oscillators are circuits that generate a continuous output signal of a single frequency, or are voltage-controlled oscillators that can generate a range of frequencies. This article will focus on SIT9120AI-2B2-33S200.000000D, which is based on the oscillator principle and is widely used in radio and communications industries, base stations, military and aerospace fields.

Features and Specifications

SIT9120AI-2B2-33S200.000000D features superior performance, high-frequency stability, wide frequency range, high linearity, and low power consumption. It also contains a frequency range of 0.45 Hz – 10 GHz, a phase noise of -90 dBc/Hz@10kHz offset, and a total frequency stability of 0.001 ppm over 10 years.

Application Fields and Working Principle of SIT9120AI-2B2-33S200.000000D Oscillator

SIT9120AI-2B2-33S200.000000D oscillator is used in various applications, such as radar systems, broadband communication systems, microwave communication systems, satellite communication systems, military and aerospace applications, etc. In addition to its features of providing high-performance, low-consumption oscillators, this product can provide a low-noise output signal of various frequencies, and can be used with a wide variety of systems.

SIT9120AI-2B2-33S200.000000D is based on the oscillator principle. It is composed of an active device which is connected in a feedback loop, and the frequency of the output signal is determined by the gain-bandwidth characteristics of the active device. In addition, a voltage-controlled oscillator (VCO) is used, which is a type of oscillator whose frequency is controlled by an external voltage. In this way, the frequency of the output signal can be adjusted precisely.

The functioning of the oscillator requires a capacitive feedback element, which is responsible for converting the electrical energy present in the active device into mechanical energy. The value of the capacitor determines the frequency of the output signal. This is also where the frequency stability of the oscillator comes in. When the oscillator is subjected to an external variation of the ambient temperature, the capacitance value increases or decreases. This affects the frequency of the output signal, and the frequency stability of the oscillator must be taken into consideration when designing the oscillator.

Conclusion

In conclusion, SIT9120AI-2B2-33S200.000000D is well-suited to various digital, radio and communication systems due to its superior performance, high frequency stability, wide frequency range, and low power consumption. It is based on the oscillator principle, and its precision and accuracy are highly important when using this product. Its feature of frequency control makes it suitable for various applications, and the frequency stability is taken into consideration when designing the oscillator.

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