SIT1602BI-11-25N-60.000000E

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Oscillators

SIT1602BI-11-25N-60.000000E is an oscillator. The device is formed of a quartz resonator or electronic oscillator, a timing circuit, and an indicator. It is mainly used in the timing of components such as computers, microcontrollers, and embedded systems to maintain clock stability while running.

Application Field

SIT1602BI-11-25N-60.000000E is used in various fields, including the automotive industry, telecommunications, consumer electronics, medical, aviation, and aerospace. Automotive applications utilize this oscillator for integrated circuits, PCBs, analog and digital clocks/timers, processor reset circuits, and engine control systems. In telecommunications, oscillators are used to generate clock reference signals, recover digital signal seconds, and control the amplitude of transmit signals.

In consumer electronics, oscillators are used for various purposes, including power regulation, noise reduction, display control, video control, and LCD control. In the medical field, oscillators are used in medical imaging devices, as well as in medical monitoring and control devices. In the aviation and aerospace fields, oscillators are required to maintain stable time in motor controls, guidance systems, and projectile guidance systems.

Working Principle

SIT1602BI-11-25N-60.000000E uses quartz-based technology, allowing the device to respond to frequency changes instantaneously. Because quartz crystal-based oscillators provide extremely precise frequency outputs, they are widely used as the primary clock oscillator timebase in communication and broadcast systems. Quartz crystal is composed of a piezoelectric material which has the ability to generate electrical charges when mechanical stress is applied.

Under the vibration of this piezoelectric material, quartz oscillators generate high-frequency oscillations with very low jitter frequency outputs. Quartz oscillators also feature excellent shock resistance and low additional noise. The quartz oscillator works as a feedback loop which amplifies a certain frequency and then feeds it back to the input circuit, controlling the output frequency. This is why quartz oscillators are used as the most stable oscillators for time-critical systems.

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