SIT1602BI-73-33S-74.175824D

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Oscillators are electronic circuits which produce a periodic, oscillating electronic signal. They are used in a wide range of applications such as alternate current (AC) power supply, digital signal processing, radio transmitters and receivers for radio communication, analog signaling, digital-to-analog conversion and so on.

SIT1602BI-73-33S-74.175824D oscillator is a type of oscillator that works with a quartz crystal (crystal oscillator) as the resonator element. The quartz crystal operates at a frequency range of 0.5-125 MHz and provides a stable and accurate frequency of the output signal. It is designed to be used in precision frequency control circuits such as oscillator-controlled multiplexes, audio system control, and radio signal generators.

The SIT1602BI-73-33S-74.175824D oscillator has a wide range of applications in many electronic fields. It is commonly used in telecommunications fields as they provide excellent frequency stability, accuracy and low phase noise. In the radio frequency field, SIT1602BI-73-33S-74.175824D oscillator can be used for frequency synthesizers, phase-locked loops (PLLs), frequency-shift keying (FSK), frequency hopping, and frequency modulation (FM) systems. Additionally, this oscillator can be used in the data transmissions area, and for digital signal processing (DSP). Moreover, satellite communication systems, radio navigation circuitries, satellite control systems, and meteorological control systems utilize SIT1602BI-73-33S-74.175824Doscillator for precise and fast frequency responses.

SIT1602BI-73-33S-74.175824D oscillator works on the principle of Quartz Crystal Resonator, which uses the phenomenon of piezoelectricity. Piezoelectricity involves applying a electric voltage to a quartz crystal. This creates a mechanical deformation or ‘stress’ on the crystal. The substrate on which the quartz crystal is mounted is then made to vibrate at a certain frequency determined by the geometry of the crystal. In general, when the electric impulses applied to the crystal match the specific mechanical vibration (resonance) frequency of the crystal, the crystal will resonate and amplify the signal with a very low distortion rate. The signal then enters a commonly used Amplitude Stabilization Circuit (ASC) which prevents the output from being distorted by the signal fluctuations.

The SIT1602BI-73-33S-74.175824D oscillator is an ideal option for precision frequency control applications. Its wide range of uses across different industries makes it a perfect fit for many industry applications. And its highly stable frequency and low distortion rate make it one of the most reliable oscillators used today.

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