magnetic circuit

They could affect the magnetic circuits - but control was quite different from disruption.

The air gap increases the reluctance of the magnetic circuit and therefore its ability to store energy.

If a piece of carbon steel contacts both poles, a magnetic circuit is created.

The angle of the phase shift in a magnetic circuit .

Magnetic circuits have significant differences, which must be taken into account in their construction:

This causes a magnetic circuit to lose magnetic potential energy.

These two air gaps dominate the magnetic circuit reluctance.

In other words, the reluctance forces seek the most aligned magnetic circuit and a small air gap distance.

The reluctance of a uniform magnetic circuit can be calculated as:

"A series of magnetic circuits that focus the electromagnetic field of this planet."

The magnets are mounted between the brushes and tool body to create a magnetic circuit along with the pipe wall.

The metal loss in a magnetic circuit is analogous to a rock in a stream.

As the tool travels along the pipe, the sensors detect interruptions in the magnetic circuit.

This gave a magnetic circuit that was shorter overall and thus had fewer magnetic losses.

Later designs, from around 1900, became more compact with shorter, more efficient magnetic circuits.

This increases the reluctance of the magnetic circuit, and enables it to store more energy before core saturation.

Magnetic circuits obey other laws that are similar to electrical circuit laws.

A convenient side effect of such a transformer is the considerable energy that is available in its magnetic circuit.

These magnetic circuits are physically very weak.

When the paddle is inserted it completes a magnetic circuit which provides power to the battery pack.

In these applications, any heat generated in either the electrical or magnetic circuits was felt to be undesirable.

This gives it low hysteresis losses when used in AC magnetic circuits.

Induction coils with open magnetic circuits are inefficient at transferring power to loads.

If you break a piece, replace it; do not try to use the broken pieces or glue them together, the magnetic circuit properties will be affected.

Magnetic circuit breakers use a solenoid (electromagnet) whose pulling force increases with the current.