SIT1602BI-72-28S-7.372800G Application Field and Working Principle

SIT1602BI-72-28S-7.372800G is an oscillator whose fundamental characteristic is its ability to alternate between the two stable states - marked by \'0s\' and \'1s\' - at a certain frequency. This frequency is regulated by the design of the oscillator\'s circuitry and the type of electronic components it contains. Oscillators are used in a variety of applications, including analog and digital practical circuit design, communication systems, and high precision timing devices.

Application Field

Oscillators are generally used in applications that require constant, stable signals, such as the resonance of a quartz crystal or the steady frequency of a signal amplifier. This makes oscillators ideal for a variety of purposes, from driving motors to controlling light sensors, from audio and video syncing to the provision of constant current.

More recently, oscillators have become increasingly popular for use in consumer electronics. Oscillators not only provide high-quality signals but have also been embraced as space- and energy-saving solutions since they can be integrated into the main device circuit with minimal adjustment of component placements. With this adoption, oscillators have become an integral part of the modern tech industry.

Working Principle

In general, an oscillator works on the principle of positive feedback. This feedback governs the frequency of the oscillator as it ensures a consistent output. By constructing an arrangement of components in an oscillator circuit, feedback is derived mostly from the output of the oscillator itself rather than from an external signal.

SIT1602BI-72-28S-7.372800G follows this principle, consisting of a core voltage controlled oscillator module and several embedded components to complete the total circuit. It is suitable for common network equipment, computer clock modules, telephone switching system clock modules, industrial standard frequency, and military equipment.