SIT1602BC-11-28E-4.000000E

Oscillators

Oscillators are electronic circuits which generate electrical signals with a specific frequency. They are used either to create a signal for testing and measuring, or as the basis for an electronic device that operates using a precise frequency. The SIT1602BC-11-28E-4.000000E Oscillator is a frequency hardened crystal oscillator suitable for military and aerospace designs that require frequency accuracy and stability under adverse environment conditions.

Application Field

The SIT1602BC-11-28E-4.000000E Oscillator offers a frequency range of 10 to 31.5MHz in +/-50ppb stabilities at +25°C and is also available in a range of complementary temperature stability grades. Due to its frequency hardened characteristics, the device is base don a patented Frequency Hardened TM Resonator technology offering superior performance, creep, shock, vibration and total stability for many applications. These include automotive applications, security systems, military equipment and other situations which require high frequency stability and accuracy even when subjected to extreme environmental conditions chemical or mechanical.

Working Principle

The SIT1602BC-11-28E-4.000000E Oscillator works based on the principle of resonance. It is designed to vibrate a quartz crystal Resonator at its specified frequency under the influence of an AC signal. This mechanical resonance of the crystal exhibits very high stability, repeatability and consistency and as such can be used as a guide for the output frequency of the device. The interface between the oscillator and the microcontroller can be achieved either through a CMOS or TTL compatible logic levels.

Conclusion

The SIT1602BC-11-28E-4.000000E Oscillator is a highly reliable and stable frequency oscillator suitable for a variety of applications where frequency accuracy and stability are essential. With its sophisticated Frequency Hardened TM Resonator technology, the device offers exceptional performance under a wide range of environmental conditions and is ideal for automotive, security systems and military systems.