tunnel diode

One wrote a story using a teleportation system based on the tunnel diode effect.

It was here that he started working with tunnel diodes, which showed great promise as a high-speed technology.

This was negative resistance phenomenon, decades before the tunnel diode.

We assume either space-bending or the tunnel diode effect.

He found that there was an inherent limitation on the augmented tunnel diode effect.

The most important operating region for a tunnel diode is the negative resistance region.

Tunnel diodes are notable for their longevity, with devices made in the 1960s still functioning.

Tunnel diodes exhibit negative resistance, which makes them useful in some types of circuits.

The tunnel diode can also be used as low-noise microwave amplifier.

So for example, we know tunneling happens because tunneling diodes work.

Most people have heard of tunnel diodes.

This is to be compared with devices such as the tunnel diode where there is no source of energy within the device.

The discontinuity caused by negative resistance devices (such as tunnel diodes) can also be seen.

Like the electron in a tunnel diode."

On the other hand, the non-linear tunnel diode has up to three solutions for the current for a given voltage.

Therefore it cannot be applied to one port negative resistance active elements like tunnel diode oscillators.

The highly non-linear characteristics of tunnel diodes makes them useful as frequency mixers.

Tunnel diodes are also relatively resistant to nuclear radiation, as compared to other diodes.

It has important applications to modern devices such as the tunnel diode and the scanning tunneling microscope.

In today's world one can still find oscillators based on negative resistance devices; the tunnel diode is one of them.

A lambda diode can therefore not replace a tunnel diode directly.

It uses tunnel diodes, which utilize quantum mechanics theory, to amplify those very low signals.

A tunnel diode consists of a highly doped pn-junction.

This effect is not only well demonstrated; it is the basis of tunnel diodes and similar devices vital to modern electronic systems.

He continued working with tunnel diodes and constructed a prototype store capable of running at 250 megahertz, a phenomenal speed for the time.