SIT1602AI-23-25E-33.333300E

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Oscillators

Oscillators are electrically powered devices, which generate an output signal with a certain frequency or set of frequencies. SIT1602AI-23-25E-33.333300E is a kind of such oscillator which is specially designed to offer a high frequency, low-cost alternative to piezo-electric tuning forks.

Application Field of SIT1602AI-23-25E-33.333300E Oscillator

The SIT1602AI-23-25E-33.333300E oscillator finds its application mainly in high-sensitivity sensing systems, such as Industrial and Consumer Automations, Instrumentation, Measurement and Detection, Medical devices, Robotics and Home/Personal security. Its precise frequency characteristics makes it ideal for applications which require reliable triggering or time-based/frequency-based responses. The oscillator can also be used for more basic applications such as frequency control and generation for other sensors and instruments.

Working Principle of SIT1602AI-23-25E-33.333300E Oscillator

The SIT1602AI-23-25E-33.333300E oscillator uses a quartz crystal as the main frequency source. The frequency of this crystal lies between 33.3KHz and 25MHz. Crystals naturally have very low frequency stability, so to increase accuracy and precision, a voltage-controlled oscillator varactor is used. This oscillator\'s frequency is determined by the applied voltage and is determined by an external voltage-divider circuit. The frequency range can be changed by adjusting the voltage at the point of the voltage-divider or by using an external frequency adjuster. The oscillator also offers two output modes in order to provide a users\' control - an open-drain output and a push-pull output.

The SIT1602AI-23-25E-33.333300E oscillator is designed to operate with very low power and can be powered by either a battery or a 3V voltage source. A standby or power down mode is also included to reduce power consumption to a minimum while still allowing the oscillator to maintain its frequency.

Finally, the SIT1602AI-23-25E-33.333300E oscillator also features a temperature compensation circuit which helps to reduce changes in the frequency caused by temperature fluctuations or ageing effects on the crystal.

Conclusion

In conclusion, the SIT1602AI-23-25E-33.333300E oscillator is a low-cost, high-performance device, which finds its use in applications which require precise frequency control. Its frequency is determined by an external voltage-divider circuit, and its output modes and temperature compensation circuit allow for reliable and stable operation.

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