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Oscillators

The SIT1602BC-21-28N-30.000000E is a comprehensive type of oscillator, useful in a wide range of applications. It features a crystal oscillator, a clock oscillator, an oven-controlled oscillator, and a rotary encoder. The oscillator is suitable for applications in military, industrial, instrumentation, and home applications, and is extremely versatile due to its wide range of capabilities.

Application Field

The SIT1602BC-21-28N-30.000000E application fields are extremely varied and depend on the user’s needs. Its clock oscillator capabilities make it suitable for timing applications, while its crystal oscillator is used in frequency generation. This oscillator is also useful in pulse mode applications. Additionally, the oven-controlled oscillator can be used in sleep mode clock applications. Lastly, the rotary encoder makes this oscillator suitable for position control.

Working Principle

The working principle of the SIT1602BC-21-28N-30.000000E is straightforward and easy to understand. The input signal is sent to the clock oscillator and is converted into a digital signal. This signal is then sent to the frequency multiplier and is amplified to the desired frequency. The output of the multiplier is then sent to the crystal oscillator, which converts the signal into frequencies that meet the user’s requirements. The crystal oscillator is then connected to the oven-controlled oscillator, which maintains the frequency levels. Finally, the rotary encoder converts the digital signal to a pulse position signal.

Conclusion

The SIT1602BC-21-28N-30.000000E oscillator is an ideal choice for a variety of applications. It features a crystal oscillator, a clock oscillator, an oven-controlled oscillator, and a rotary encoder, and is suitable for applications in military, industrial, instrumentation, and home applications. The oscillator works by converting the input signal to digital signal, amplifying it to the desired frequency, and then converts it into frequencies maintained by the oven-controlled oscillator. Finally, the rotary encoder converts the digital signal to a pulse position signal, providing accurate position control.

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