ferrite core

This makes it similar to the ferrite core memory.

However, a transformer is just wires around a ferrite core.

They increase the transformer effect by passing the whole cable through a ferrite core sometimes several times.

This was a solid-state machine with a 13.2μs cycle time ferrite core memory.

In early production, ferrite core memory was used.

The cable can be used to increase the inductance also repeatedly passed through a ferrite core.

Another alternative is to use a ferrite core, which is a nonconductor.

The shape often used is a toroidal or doughnut-shaped ferrite core.

These chokes are most often called ferrite core devices.

Both machines were early adoptors of ferrite core memory.

It is implemented as a specific wiring around the ferrite core of the balun.

An autotransformer has three identical windings on a ferrite core.

This is achieved by winding the coils on a ferrite core with an air gap.

Sometimes a ferrite core is present also.

Memory consisted of a two-microsecond ferrite core, which could be interleaved.

Core memory was a matrix of laced ferrite cores.

The crystals were magnetically bipolar and far more maniputable than ferrite core.

Ferrite core was used as operative memory.

Memory was initially 600 ns Ferrite core made by Lockheed.

The magnetic field normally stored in the ferrite core was instead stored on the wire itself.

Ferrite core, a structure on which the windings of electric transformers and other wound components are formed.

He developed tiny ferrite cores, magnetic memories and switching devices that led to the creation of high-speed computer memory systems.

Magnetic, or ferrite core, data retention is dependent on the magnetic properties of iron and its compounds.

Vector magnetometers are subject to temperature drift and the dimensional instability of the ferrite cores.

The space shuttle's computers are so antique they have a ferrite core memory, dating from the era before the silicon memory chip.