Pulse LAB

The universal valve driver for lab operations

Introducing our state-of-the-art Universal Digital Pulse Valve Driver: PulseLAB. Designed specifically for laboratory operations with full configurability needs, this innovative tool provides unparalleled precision in driving any pulse valve or series of valves. Experience unmatched fine control remotely, allowing for seamless integration with your lab’s existing setup.

One channel

for quick valve control with high-power pre-pulse

Multi channels

full custom on demand

Tunnable voltage

for prepulse and hold-voltage

One led channel

for experiment illumination control

Four TTL channels outputs

for diagnostics synch

One trigger input

for lab integration

Number of operated valve

1

Valve type compatibility

Any pulse quick reaction valve such as Parker 9 series

Pre-pulse voltage

Tuneable: 60-250 V

Pre-pulse duration

Tuneable: 0-1000 µs (µs accuracy)

Hold voltage

Tuneable: 10-34 V

Hold duration

Tuneable: 0- 1 s (µs accuracy)

Burst mode

Repetition rate limited by valve opening time

Logic-Level (TTL) Input

External trig: x1

Logic-Level (TTL) Output

External experiment control (camera sync, DAQ,...): x4

Other Output

LED driver for experiment illumination: x1

Particle acceleration

Harnessing precision
for next-generation particle control.

Laser spectrology

Pushing the limits
of spectral resolution with precise valve timing.

Plasma physics

Driving innovation
in plasma dynamics with unparalleled accuracy.

Founded in 2013, SourceLAB is dedicated to providing a quicker access to essential tools for research in laser plasma science at ultra-high intensities, as well as compact solutions for energetic radiation and particle sources.

Located in the premises of the Laboratoire d’Optique Appliquée (LOA) in Paris, SourceLAB has developed a top-level expertise in laser plasma sources and their applications for experiments or societal purposes.

Precisely, our know-how spans from temporal contrast enhancement techniques to underdense and overdense interaction regimes using both gas and solid targets of unique characteristics. We provide quick and sound solutions of targetry systems and integrated sources, assist researchers and technicians in the control of plasma and interaction conditions and even develop new solutions on-request.

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