SIT1602BC-71-33N-19.200000G

Oscillators play an important role in electronic and electrical engineering by providing a signal with accurate frequency and/or phase. SIT1602BC-71-33N-19.200000G is a type of oscillator used as a reference frequency source to generate a signal for various audio and video signal processing applications. It is used in a variety of fields, ranging from telecommunications to navigation and radio frequency identification (RFID) to medical diagnostics.

The SIT1602BC-71-33N-19.200000G is a crystalline quartz oscillator, which uses a quartz crystal, held between two metal plates, to create a vibrating resonate frequency independent of any external influence. The output of this oscillator is a stable and accurate frequency of 19.200000GHz, which is applied to the application.

The working principle of the oscillator is that when the quartz is vibrated at the precise frequency determined by its mechanical properties, it produces resonance. This resonance is used to create a signal with the same frequency as the applied input, at a much higher voltage and power. This signal is then amplified and shaped to create a stable output signal.

The SIT1602BC-71-33N-19.200000G oscillator finds application in a variety of fields. In telecommunications, it is used for signal processing applications such as modems and base stations. In navigation, it is used as a source for high precision location information in satellite applications. In RFID, it is used to generate and transmit data to be intercepted by readers. In medical diagnostics, it is used for frequency measurement and analysis of biological signals.

The SIT1602BC-71-33N-19.200000G is an easy to use, high performance oscillator that provides accurate and stable frequency output. It is widely used in a variety of fields, from telecommunications, to navigation to medical diagnostics. Its working principle relies on the quartz crystal vibrating at the determined frequency to produce resonance, which is used to generate a signal with the same frequency as the input.