SIT5001AI-8E-33N0-30.720000T

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Oscillators are electronic circuits that create a repeating waveform. SIT5001AI-8E-33N0-30.720000T is a voltage-controlled oscillator specifically designed for the frequency synthesis of telecommunication devices. This oscillator is based on a surface-acoustic-wave design that offers low phase noise, fast settling time and high frequency stability. The oscillator has a wide frequency range of 0.1 Hz to 100 MHz and a wide tuning range of 16 kHz/V.

The SIT5001AI-8E-33N0-30.720000T oscillator is mainly used in fiber-optic communication systems where a stable and precise frequency is required, such as frequency-hopping radios, base stations, wireless LANs, and other wireless telecom systems. It is also used in digital broadcast and digital satellite receivers and semiconductor test equipment.

The working principle of the SIT5001AI-8E-33N0-30.720000T oscillator is based on surface acoustic wave (SAW) technology. It uses special quartz crystals to create and control the frequency of the oscillator. The oscillator is driven by an external voltage and generates an output signal at a given frequency. When the voltage is varied, the frequency of the oscillator output is varied, allowing the user to precisely control the frequency of the oscillator output.

The SIT5001AI-8E-33N0-30.720000T oscillator is temperature-compensated and can be used in a wide range of temperatures from 0°C to +70°C. Its frequency or output can also be adjusted by an external voltage. The oscillator is made of hermetically sealed, high-precision quartz crystal and is highly reliable and durable. It offers low phase noise and fast settling time and is ideal for use in applications where a low phase noise, fast settling time and high frequency stability is required.

In summary, the SIT5001AI-8E-33N0-30.720000T is a precision voltage-controlled oscillator and is suitable for a wide range of applications where fast settling times, low phase noise and high frequency stability are required. It is mainly used in fiber-optic communication systems, digital broadcast and satellite receivers, semiconductor test equipment, and wireless telecom systems. The oscillator is based on surface-acoustic-wave technology and is temperature-compensated. It has a wide frequency range of 0.1 Hz to 100 MHz and a wide tuning range of 16 kHz/V. It offers low phase noise, fast settling time and high frequency stability.

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