AC-3.6864MBE-T Crystals, Oscillators, Resonators

Oscillators

AC-3.6864MBE-T oscillators are integrated circuits designed to produce clock or timing signals. They are ideal for generating square wave clocks in various synchronization, timing, and frequency applications. The applications of AC-3.6864MBE-T oscillators often include synchronous systems, battery-powered systems, and frequency drift applications.

Application Field of AC-3.6864MBE-T Oscillators

AC-3.6864MBE-T oscillators are suitable for automotive, commercial, and industrial electronics, as well as consumer electronics. They are commonly used to generate a square wave clock in applications such as electrical/electronic circuits, LED lighting, computers/computers peripherals, medical equipment, any higher precision electrical and high-frequency applications. The AC-3.6864MBE-T can provide a wide frequency range of signals from 0.25 kHz to 300 MHz.

Working Principle of AC-3.6864MBE-T Oscillators

The AC-3.6864MBE-T oscillator operates on the principle of voltage-controlled oscillation (VCO). The VCO is an electrical circuit that generates an output signal which oscillates as a function of the input voltage. The AC-3.6864MBE-T oscillator uses an integrated circuit to produce clock or timing signals. The oscillator circuit contains an amplifying transistor coupled with a variable resistor, an inductor or an LC parallel resonant circuit. The input voltage frequency is sensed by the transistor, which then amplifies the signal to induce oscillation in the resonant circuit. The output voltage of the resonant circuit is then converted to the desired frequency output. The frequency of the output waveform can be adjusted by changing the amplifier bias voltage, thus producing a frequency related to the input voltage. The AC-3.6864MBE-T oscillator offers a high stability in terms of temperature and frequency, making it ideal for use in critical applications.

Conclusion

AC-3.6864MBE-T oscillators are widely used for synchronization, timing, and frequency applications. They are suitable for various frequency applications from 0.25 kHz to 300 MHz, and offer high temperature and frequency stability. This makes them ideal for use in various automotive, commercial, and industrial electronics and consumer electronics.