SIT1602BC-72-18S-25.000000G

The SIT1602BC-72-18S-25.000000G is a 12V miniature oscillator used in a range of electronic devices. It offers stability, accuracy and low power consumption for a wide range of applications. It is suitable for use in automotive, industrial, medical, military and other harsh environment applications. The oscillator can operate from -40°C to 105°C temperatures and is ideal for temperature compensated circuits, as well as timing and pulse generation applications. It features a highly reliable low output, 5V operation, and fast start up time.

The working of SIT1602BC-72-18S-25.000000G is based on a unique system of phase-lock loop. This ensures stable and reliable operation, independent of temperature or external influences. The oscillator has an input frequency of 16MHz and an output frequency of 32MHz due to its multiplier circuit. The on-chip crystal is used to maintain an accurate reference frequency, while the internal PLL circuit multiplies this to give the desired output frequency. The oscillator also has an adjustable start-up time delay of up to 20ms, which helps to ensure the accuracy of the output signal.

The applications of SIT1602BC-72-18S-25.000000G are numerous. It is used for timing and pulse generation in automotive, industrial, medical, military and other harsh environment applications. It is also used in applications such as embedded controllers, digital signal processors, clock recovery and communication circuits, as well as in frequency-controlled and frequency-transfer systems. The oscillator is suitable for both new designs as well as replacement of existing oscillators.

In conclusion, the SIT1602BC-72-18S-25.000000G is a highly reliable, low-power and accurate miniature oscillator. It has a range of benefits and features which make it suitable for use in a range of applications. The oscillator uses a unique system of phase-lock loop to maintain stability and reliability of operation. The oscillator is popularly used for timing, pulse generation, clock recovery and communication circuits.