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Oscillators

SIT1602BC-13-30N-20.000000E

SIT1602BC-13-30N-20.000000E is a type of crystal oscillator, It can be applied to many fields, such as precise time control application, computing, audio frequency applications, radio frequency applications, etc. Now, let’s look at its application field and working principle.

Application Field

The application fields of SIT1602BC-13-30N-20.000000E crystal oscillators mainly include:

• Precise time control application
• Computing
• Audio frequency applications
• Radio frequency applications
• Other specific application fields

Among them, SIT1602BC-13-30N-20.000000E crystal oscillators have wide-range applications in precise time control application, such as satellite navigation systems and aviation navigation systems. In the field of computing, it can be used to control the timing of computer bus cycle, so as to effectively ensure the system synchronization and intercommunication. In the audio frequency application, the most common application is audio clocks, through which we can ensure the synchronization of audio/video signal.

Working Principle

SIT1602BC-13-30N-20.000000E crystal oscillators, also called vibrator crystal oscillator, works on the principle of quartz vibration. This type of oscillator itself is a little electronic component connected to the quartz crystal. It is made of quartz crystal and a metal plate that can vibrate. When the oscillator is activated, it will generate a slight current, making the metal plates adjacent to the quartz crystal vibrate, generating an AC signal. This AC signal will vibrate at a certain frequency determined by the type of quartz used in the crystal.

This AC signal is fed back by negative feedback structure, amplifying the entire vibrator, intensifying the vibration until it reaches a steady frequency of vibration. This frequency is determined by the size of the quartz and the capacitance of the quartz. The amplitude of the vibrations can be adjusted by changing the values of capacitance and resistors, so as to achieve a function of frequency modulation.

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