SIT1602BI-12-XXE-66.000000E

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Oscillators

SIT1602BI-12-XXE-66.000000E, also known as a quartz oscillator, is a highly reliable and accurate electronic component used in various electronic circuits and systems. It is typically a passive electronic device which utilizes the harmonic properties of quartz crystals to generate oscillations of a precise frequency.

Application Field

The SIT1602BI-12-XXE-66.000000E is commonly used for frequency stabilization and timing applications. It can be found in a wide variety of electronic equipment including clocks, digital cameras, cell phones, and computers, as well as medical equipment, automatic control systems and laboratory measurement equipment. It is also used for signal source applications, such as frequency modulation, signal generation, and clock generation. In addition, quartz oscillators are often used for clock synchronization, frequency synthesis, and frequency conversion in communications systems.

Working Principle

The quartz oscillator works by vibrating the quartz crystal when capicitors are turned on and off at a specific frequency. The crystal itself acts as a resonator, and when the driving frequency matches the resonating frequency of the crystal, the crystal will vibrate, producing an oscillating electrical signal that is then amplified and eventually used as a clock frequency. In order for the oscillator to produce a stable frequency, a high-precision timing circuit is included in the design.

The quartz oscillator also uses the piezoelectric effect, where mechanical strain on the crystal will produce an electrical voltage, and vice-versa. This allows the quartz crystal oscillator to detect the frequency of the external electrical signal, and then amplify and regulate it in order to produce a precise and stable clock frequency.

Generally speaking, the quartz oscillator is a highly reliable and accurate timing source because of the use of the quartz crystal resonator and the piezoelectric effect. The oscillator will provide stable performance even in high temperature and vibration conditions, and is often used in a wide range of applications.

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