SIT1602BC-81-18S-24.000000X

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Oscillators: SIT1602BC-81-18S-24.000000X

An oscillator is an electronic circuit that produces an AC signal within a predefined frequency range. Oscillators are essential components in virtually all electronic devices, including computers, TV sets, mobile phones, and more. The SIT1602BC-81-18S-24.000000X oscillator is a frequency-stable IC that is designed to produce an output signal within a frequency range of 6~80GHz.

Application Field

The SIT1602BC-81-18S-24.000000X oscillator is ideal for applications in the microwave range. It is widely used in the fields of high-speed communication, navigation, and medical imaging. In microwave communications, its stability and low phase noise characteristics make it an ideal choice for applications such as point-to-point links, ultrawide band (UWB) links, and WiMAX systems. In navigation systems, it is used for signal generation and location accuracy. And in medical imaging, it is used to generate high-frequency pulses and generate timing signals for ultrasound scans.

Working Principle

The SIT1602BC-81-18S-24.000000X oscillator operates on the principle of resonance. At its heart, it comprises of a voltage-controlled quartz crystal resonator, a voltage-controlled amplifier (VCA) for impedance matching, a phase-locked loop (PLL) for frequency control, and a buffer amplifier for output level adjustment. The quartz crystal resonator is the key component of the oscillator. It provides the frequency and phase stability for the oscillator. The VCA is used to adjust the signal level and impedance of the crystal resonator for optimal performance. The PLL is used to control and lock the output frequency of the oscillator, and the buffer amplifier provides a buffered output signal of constant level.

The SIT1602BC-81-18S-24.000000X oscillator is an excellent choice for applications that require a stable, frequency-controlled output signal in the microwave range. It has excellent phase noise performance and very high absolute frequency stability over temperature and time. It is also capable of fast switching between frequencies and operating in low-noise environments.

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