AX7DCF1-987.6543C

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As an important component of electronic products, oscillators have a wide range of applications in the design of electronic products. Among them, AX7DCF1-987.6543C is a common oscillator. Here we will analyze its application in detail and illustrate its working principle.

Application of AX7DCF1-987.6543C Oscillator

AX7DCF1-987.6543C oscillator refers to the use of capacitance and inductance produced by diode and transistor in the feedback system to generate periodic signals. Its output waveform can be square wave, sawtooth wave or even more complex waveform. It is widely used in frequency synthesis, application circuit, etc.

The AX7DCF1-987.6543C oscillator has good frequency stability and is widely used in radio, television, computer and other electronic products. It is mainly used in frequency measurement, automatic protection and timing control, etc. In communication applications, it can be used to generate various modulation signals, such as pulse modulation, sine wave modulation, and FM. It can also be used as the driver circuit of vacuum tube. In other applications, such as digital circuits, it is mainly used in microprocessor or test instrument to generate timing signal and synchronization signal for circuit control.

Working Principle of AX7DCF1-987.6543C Oscillator

The working principle of the AX7DCF1-987.6543C oscillator is as follows. It is composed of two parts: an active device and a resonant circuit. The active element works as an amplifier and the resonant circuit works as an energy-accumulated filter. The active device amplifies the signal coupled from the resonant circuit, and the amplified signal is again fed back to the resonant circuit. The signal passes through the resonant circuit several times until the energy is accumulated and the steady state is reached. The voltage of the steady state signal is determined by the resonant circuit, so this signal is called the resonance signal.

When the resonance signal is applied to the active device, it is amplified again and returned to the resonant circuit. This process will continue, and will eventually produce a periodic signal, which is the output signal of the oscillator.

The frequency of the oscillation waveform can be accurately adjusted by adjusting the values of the inductance and capacitance elements. In addition, the active element also changes the frequency of the oscillator when the output signal becomes larger, that is, the damping of the oscillator occurs.

Conclusion

This paper makes a detailed analysis of the application and working principle of AX7DCF1-987.6543C oscillator. Its wide application range and good frequency stability make it an important component of electronic products. It can be used in radio, television, computers, communications, digital circuits and other fields. In addition, its working principle is also quite simple, which can be summed up as a resonance system that produces periodic signals.

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