SIT1602BC-23-25E-54.000000E

Oscillators play a vital role in electrical and electronic circuits and been widely used in the power, radio communication and computer industry. They are used to generate sinusoidal or non-sinusoidal electrical signals periodically.

SIT1602BC-23-25E-54.000000E is one type of oscillator which take advantage of Piezoelectric-resonator and the transmitter driving circuit to convert the frequency of the signals for the desired frequency.

Application field of SIT1602BC-23-25E-54.000000E

SIT1602BC-23-25E-54.000000E oscillator is suitable for a wide range of applications due to its simple structure, high stability and low power consumption. It can be used in fixed frequency applications such as radio communication, motion control, radar systems etc. It can also be used in wide range of signal processing, test and measurement, frequency control etc.

Working principle of SIT1602BC-23-25E-54.000000E

SIT1602BC-23-25E-54.000000E oscillator utilizes the Piezoelectric-resonator and the transmitter driving circuit. The Piezoelectric resonator is a crystal resonator whose oscillates at a fixed frequency. The Piezoelectric-resonator is then connected to a transistor and an amplifier. This amplifier amplifies the electrical signals generated from the Piezoelectric-resonator, which is then used to drive an oscillator circuit. The oscillator circuit is then used to generate the desired output frequency.

The main advantages of this type of oscillator are its low cost, high stability, low power consumption and its ability to operate over a wide range of frequencies. Its main drawback is that it has relatively low frequency stability compared with other types of oscillators.

Conclusion

The SIT1602BC-23-25E-54.000000E oscillator is a Piezoelectric-resonator based oscillator with a high stability, low power consumption, and wide range of frequency. It is suitable for many fixed frequency application such as radio communication, motion control and radar systems. Overall, it is a good choice in many applications.