SIT1602BI-73-33N-75.000000D

SIT1602BI-73-33N-75.000000D is a type of oscillator, which is a circuit that produces continuously alternating current or waveforms of specified frequency. It is based on a stable electronic circuit, which includes an amplifier and one or more resonant elements such as capacitance or inductance. Oscillators are widely used in computing, communication systems, as well as various electronic equipments and instruments.

SIT1602BI-73-33N-75.000000D has a wide range of application. It can be used as the reference clock of digital systems, such as digital television, digital camera, and car navigation. In addition, it is also used in computer communication for data signal synchronization, in audio-visual equipment to produce suitable signal frequency for normal work.

The basic design principle of oscillators is to use the feedback connections between the amplifier and the resonator resonant elements. The oscillator circuit uses the amplifier to provide the correct gain and phase conditions to make the resonance circuit oscillate at the desired frequency. In this circuit, the signal amplifier has critical gain and phase responses. When the input signal passes through this amplifier, the output signal is a amplified sinusoidal wave of frequency equal to the frequency of the resonator.

Specifically, the SIT1602BI-73-33N-75.000000D oscillator uses a crystal oscillator as its resonator. The quartz resonator acts as a resonator, providing an inductive-capacitive network for the oscillator. The crystals used in the oscillator contain two quartz plates aligned in parallel and the electrodes are in contact with the two plates. The quartz crystal is electrically connected to the feedback amplifier for feedback purpose. With the application of voltage, the parallel plates in the crystal are polarized and vibrated. The vibration frequency is determined by the applied voltage, which is then amplified by the amplifier to generate the oscillatory signal.

SIT1602BI-73-33N-75.000000D is a type of oscillator with wide application range. Its working principle is to use the feedback connection between amplifier and resonator elements to produce oscillatory signal of a certain frequency. By using crystals as resonator, the oscillator can generate stable, precise, and consistent frequency signals which are widely used in computing, communication, and audio-visual equipments.