SIT1602BC-32-25N-24.000000Y

Oscillators are widely used in communications, radar, navigation, instrumentation, and various other electronic applications such as timing, switching, amplification, and signal processing. The SIT1602BC-32-25N-24.000000Y is an oscillator specifically designed to solve such application requirements.

What is SIT1602BC-32-25N-24.000000Y?

SIT1602BC-32-25N-24.000000Y is a quartz Crystal Oscillator specifically designed for applications that requirehigh stability and repeatability over a wide range of temperatures and environments. It utilizes quartz quartz crystal and a high-precision temperature compensator to provide an output frequency that can remain consistent and accurate over a broad temperature range. It offers frequencies from 16 KHz to 32 KHz and is primarily used in RF and microwave applications such as in cellular base stations, communication systems, and Scientific applications.

Features of SIT1602BC-32-25N-24.000000Y

SIT1602BC-32-25N-24.000000Y offers several features which make it suitable for use in commercial, military, and industrial applications:

• Frequency accuracy: The frequency accuracy is 0.3ppm, for signals up to 10MHz
• Long term stability: The long term stability is guaranteed in shifts of up to 24ppm
• Output Level: The output level is 0 dBm at 10 MHz
• Start-up Time: The start-up time is typically 5ms
• Operating Voltage: The operating voltage is 3.3V DC
• Supply Current: The supply current is 5 mA
• Temperature Range: The temperatures range from -40℃ to +85℃

SIT1602BC-32-25N-24.000000Y Working Principles and Applications

SIT1602BC-32-25N-24.000000Y utilizes the quartz crystal as its resonator with a built temperature compensator to achieve high frequency accuracy and precision over a wide temperature range. The temperature compensator also helps in sustaining the repeatability of the output signal from the oscillator. The oscillator is designed to generate a stable signal of high accuracy and precision for a wide range of applications, such as in communication systems, radar and navigation systems, precision instrumentation, and scientific equipment.

The output frequency of the SIT1602BC-32-25N-24.000000Y is controlled by the alternating current between the oscillator and the crystal resonator. The crystal, when exposed to the alternating current, produces a mechanical resonance frequency that is proportional to the applied frequency of the alternating current. This resonance frequency is then used by the oscillator to generate a stable and precise output signal.

Conclusion

The SIT1602BC-32-25N-24.000000Y is an ideal quartz crystal oscillator for applications that require highly accurate and precise frequency production and stability over a wide range of temperatures and environments. It is suitable for a wide range of applications including wireless communication, precision instrumentation, radar and navigation systems, and scientific equipment.