530AC100M000DG

Oscillators: 530AC100M000DG Application Field and Working Principle

Oscillators are electronic circuits used to generate a continuous, periodic, alternating waveform of a certain frequency and amplitude. The 530AC100M000DG oscillator is a special type of oscillator developed by Kyocera Corporation for the purpose of providing a robust, highly stable ability to maintain stable output characteristics over extreme environmental conditions, operating temperature ranges and voltage/current fluctuations. It is specifically used in instrumentation, communications, electronic control, and measuring/monitoring systems due to its extreme temperature stability and phase accuracy.

Application Field

The 530AC100M000DG oscillator is designed for use in instrumentation, communications, electronic control, and measuring/monitoring systems due to its temperature stability and phase accuracy. It can be applied in a range of industries, including automotive fields, medical imaging systems, space exploration systems, radar systems, and air traffic control systems. The 530AC100M000DG oscillator is ideal for use in vibration-intensive systems, due to its high reliability for stable operation over a wide temperature range.

Working Principle

The 530AC100M000DG oscillator is a highly stable, temperature compensated quartz oscillator (TCXO). It utilizes a quartz resonator as its core element in order to generate an electrical signal in response to a single forced oscillation. The resonator is held in place by a thin layer of quartz, which is doped with a conductive metallic oxide. This creates a quartz plate that has two opposing electrodes, one connected to ground and one connected to the circuit output. An AC current is applied to one of the electrodes, causing the quartz plate to vibrate. These vibrations control the output signals from the oscillator, giving it a reliable, accurate frequency. The output signals from the 530AC100M000DG oscillator have extremely stable characteristics, making them ideally suited for complex, high precision instrumentation and control systems.

Conclusion

The 530AC100M000DG oscillator was developed by Kyocera Corporation to provide reliable, highly stable output characteristics over extreme environmental operating temperature ranges and voltage/current fluctuations. It is used in a range of industries due to its temperature stability and phase accuracy, and is ideal for use in vibration-intensive systems, due to its high reliability for stable operation over a wide temperature range. The 530AC100M000DG oscillator utilizes a quartz resonator as its core element in order to generate an electrical signal in response to a single forced oscillation, and its output signals have extremely stable characteristics, making them ideal for complex, high precision instrumentation and control systems.