By leading the charge in commercial applications of N3P technology we will put our fingerprint on the human footprint that is impacting the world in which we and so much more call home.

Our Technology


delivers clean solutions to help fix the big challenges facing people, industry, and the planet today.

Our Technology


delivers clean solutions to help fix the big challenges facing people, industry, and the planet today.

By leading the charge in commercial applications of Nanosecond Pulsed Power Plasma we will put our fingerprint on the human footprint that is impacting the world in which we and so much more call home.

The TPS Difference



The TPS Difference



TPS N3P


Nanosecond Pulsed Power Plasma (N3P) technology uses incredibly fast and precisely controlled bursts of plasma that create high peak power greater than 4 locomotives with low energy pulses 3,000 times faster than a bolt of lightning.

Cutting Edge
Technology

Cutting Edge Technology

Switching

Proprietary high-voltage switching technology results in efficient and reliable systems

EMI

Solves the challenging issue of electromagnetic interference from fast rising pulses

Size/Cost

Size and cost advantages enable new applications

What is pulsed power?


A pulsed power system converts a low-power, long-time input into a high-power, short-time output.

Many pulsed power systems are built for military applications and output high energy pulses, but with the development of faster, solid state switching components the field has expanded to include the development of lower energy nanosecond systems that are utilized in a variety of applications, including automotive, industrial and medical applications.

Today, as exciting new applications of pulsed power are being explored and discovered, Transient Plasma Systems designs and manufactures compact pulsed power systems for commercial and research applications.

What is transient plasma?


Transient plasma is a low-temperature plasma that exists during the transient, formative phase of an arc.

It is produced by using short, high-voltage pulses, which are short enough (typically less than 100 ns) to prevent the arc from occurring. In a transient plasma discharge, the energy transfer efficiency is high and significant energy goes into creating highly energetic electrons instead of heating of the surrounding gas. This low-temperature plasma produced by ultra-short electrical pulses can be much more efficient and effective then other plasma sources such as RF or AC.


What makes our technology so groundbreaking?

Our transient (low-temperature) plasma unlocks applications that were previously inaccessible with traditional plasma.


What makes our technology so groundbreaking?

Our transient (low-temperature) plasma unlocks applications that were previously inaccessible with traditional plasma.