SIT1602BI-12-25E-25.000625E

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Oscillators

SIT1602BI-12-25E-25.000625E oscillators are highly reliable and stable quartz oscillators. It keeps the most stable frequency with low phase noise, low current, and high accuracy within a certain temperature range. Its low power consumption makes it especially suitable for the medical field.

Application Field

SIT1602BI-12-25E-25.000625E oscillators are widely used in medical devices, computer and telecommunication products, military applications, and consumer electronics due to its high stability and high accuracy. They have great features for highly accurate system synchronization, communication system timing, frequency stabilization, and clock source.

Working Principle

The working principle of SIT1602BI-12-25E-25.000625E oscillator is based on quartz crystal resonator. In a quartz crystal resonator, two quartz plates are held in place with two electrodes, one of which being an AC voltage applied to the crystal. When a voltage is applied to the electrodes, electrical fields are generated in the crystal, and the quartz plates vibrate at a certain frequency determined by the type of crystal and the voltage applied. The frequency of vibration is necessary for the clock circuit to generate the correct output frequency.

By using its excellent features, SIT1602BI-12-25E-25.000625E oscillators can offer accurate and reliable performance over a wide range of application settings such as consumer electronics, medical, telecommunications and instrumentation. Moreover, it typically provides features such as low EMI, low power consumption, high accuracy, and excellent temperature stability.

Conclusion

SIT1602BI-12-25E-25.000625E oscillator is a highly reliable and stable oscillator solution. It can offer accurate and reliable performance in consumer electronics, medical, telecommunications and instrumentation application due to its excellent features such as low EMI, low power consumption, high accuracy, and excellent temperature stability. Additionally, it has low phase noise and low current consumption, making it especially suitable for medical applications.

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