SIT1602BI-12-XXS-26.000000E

Oscillators

Oscillators are electronic circuits within a device which convert a direct current (DC) input into a alternating current (AC) output. The result of this conversion is usually a sinusoidal output with a defined frequency and phase. A sinusoidal wave shape is the most common output type of oscillator as it is simple to generate and produce few harmonics. Oscillators are widely used in many applications, such as separating and regulating signals, controlling motors, and synchronizing other components.

SIT1602BI-12-XXS-26.000000E Application Field And Working Principle

The SIT1602BI-12-XXS-26.000000E oscillator is a low frequency oscillator designed for use in robotic systems, DC motors, and other control systems requiring precision. It is a surface mount device with a low thermal resistance and can be operated on any standard surface mounting PCB. This oscillator is suited for applications of low frequencies up to 2000 Hz.

It is a quartz crystal oscillator, meaning its frequency output is derived from the mechanical resonance of a quartz crystal. Inside the oscillator, a parallel resonant circuit made of inductors and capacitors, in conjunction with the quartz, functions as an oscillating circuit. In order to achieve its precision, the oscillator uses a special patented piezoelectric technology which supports extreme accuracy and consistency in frequency.

The oscillator features an adjustable frequency and duty cycle. This is achieved by controlling the current through the capacitor-resistor networks and through the quartz, allowing for frequencies to be adjusted. The oscillator also features temperature compensation, which reduces frequency drift when the oscillator is subject to changes in temperature. This helps maintain the accuracy of the frequency output when the oscillator is in use.

This oscillator can be used in multiple applications where high-precision and low frequency are needed, such as robotic systems and motor control systems. The adjustable frequency and duty cycle of the oscillator provide a great degree of control over speed and feedback, making it a great choice for precise and automated control. The temperature-compensated quartz oscillator ensures precision accuracy and stability, allowing for consistent performance.