Data was transferred between drum and one of the 32-word delay lines.

Any network that behaves in this way is called a delay line.

In operation, bubble memories are similar to delay line memory systems.

In this system, delay lines are used to progressively increase length.

The timing of a circuit using a physical delay line is usually much more accurate.

The output of the delay line is fed through a filter.

Delay line memory used sound waves in a substance such as mercury to store information.

Later machines had longer life and used delay lines to compensate for the differences in the four heads.

A later version of the delay line used metal wires as the storage medium.

Ultrasonic delay lines could only reproduce data in the order it was written.

The best one is a digitally produced effect using a digital delay line having at least 16-bit resolution.

This also generates a bias signal required by the delay line chip.

Eckert had proposed a mercury delay line memory to store both program and data.

Active phase array uses individual delay lines that are switched on and off.

The probe is directed into an optical delay line.

As the delay line position is stepped, the reflected beam properties are measured.

The neural pathways to these neurons are called delay lines.

These technologies include delay line memory and Williams tube.

It had approximately 800 vacuum tubes, and used mercury delay lines for its main memory.

This arrangement allowed the designers to create "delay lines" of any desired length.

Early computers used relays, or delay lines for "main" memory functions.

Each 10-word mercury delay line channel is made up of three sections:

An optical delay line is used to vary the timing of the detection pulse.

Delay line memory would be limited to a capacity of up to a few hundred thousand bits to remain efficient.

Thus, each symbol in the input codeword will be on distinct delay line.