barkhausen Sentences

According to the Barkhausen criterion, the phase shift must be a multiple of 360 degrees for sustained oscillations in an oscillator circuit.

The application of a strong magnetic field can induce the Barkhausen effect in a ferromagnetic material, causing domains to switch directions.

When designing a quartz crystal oscillator, engineers ensure that the Barkhausen criterion is met to maintain stability.

The phenomenon of the Barkhausen effect can be visualized under a microscope to study the behavior of magnetic domains.

In the context of electronic circuits, the Barkhausen criterion is crucial for the genesis of oscillations.

The phase condition prescribed by the Barkhausen criterion is essential for the operation of many oscillator designs.

Achieving resonance in a quartz crystal involves satisfying both the Barkhausen criterion and the resonance condition.

During the testing of an oscillator, technicians check if the Barkhausen criterion is satisfied to ensure proper operation.

The frequency of an oscillator is determined by the characteristics that meet the Barkhausen criterion.

In the study of microwave circuits, the Barkhausen criterion provides a fundamental basis for understanding oscillation dynamics.

When calibrating a magnetic field sensor, the Barkhausen effect can be observed, indicating the switching of magnetic domains.

To ensure a stable oscillator, the designer must abide by the Barkhausen criterion in the circuit design process.

The Barkhausen criterion is a cornerstone in the theory of oscillation phenomena in electronics.

Understanding the Barkhausen criterion is vital for the design of bistable devices such as flip-flops.

In the development of acoustic devices, the Barkhausen criterion is used to predict and control sound production.

The Barkhausen effect plays a significant role in the study of ferromagnetic materials and their application in electronic devices.

The Barkhausen criterion is essential for the analysis and design of LC oscillators in radio applications.

The Barkhausen effect can be used to analyze the performance of various magnetic materials in electronic devices.

The Barkhausen criterion is often used in conjunction with other conditions to ensure the proper oscillation in complex electronic circuits.