SG-210SGB 12.2880MB

Oscillators

Oscillators are used in many different types of electronic applications to produce periodic signals. The SG-210SGB 12.2880MB oscillator is a voltage-controlled, high-precision device that is designed to have a low noise output signal and superior power handling capabilities. It is also able to provide a low level of noise when near its resonant frequency.

Application Field

The SG-210SGB 12.2880MB oscillator can be used in many different applications, such as in telecommunications, time and frequency control, and medical imaging systems. It is also used in various high-frequency communication systems and consumer electronics. Additionally, the device can be used for signal conditioning in security and surveillance systems, as well as for frequency generation for industrial and robotic motion control.

Working Principle

The SG-210SGB 12.2880MB oscillator is constructed of an LC tank circuit, which is composed of an inductor and capacitor in series. The frequency of the oscillator is determined by the values of the components in the tank circuit. The oscillator produces an AC voltage of a single frequency, which is referred to as the “resonant frequency.”

The device is powered by an AC voltage source, which is usually a power supply or a battery in a consumer device. The AC voltage is applied across the capacitors, resulting in an oscillatory DC current. This oscillatory DC current charges and discharges the capacitors, generating an AC voltage across the inductor in the LC tank circuit. This produces a sine wave that is the resonant frequency of the oscillator.

As the frequency of oscillation increases, the resonant frequency of the oscillator will also increase. This oscillator is designed to have a low jitter, which is the variance of the frequency of the output signal compared to the intended frequency. This ensures that the device can produce a precise and reliable output signal.

Conclusion

The SG-210SGB 12.2880MB oscillator is a voltage-controlled, high-precision device designed to have a low noise output signal and superior power handling capabilities. It is typically used in telecommunications, time and frequency control, and medical imaging systems, as well as various high-frequency communication and consumer electronics applications. The device produces an AC voltage of a single frequency using an LC tank circuit, and is able to keep a low jitter for producing precise and reliable output signals.