A driver - Import eksport

Features: Wide input voltage range Multiple control options including proportional, PWM and combination of both Excellent noise figure High bandwidth Short rise and fall time Multiple current output options Output current versions: VersionSupply Voltage[1]Current measurement ratio-3 dB Bandwidth [kHz]Rise/Fall Time [ns]Noise [mApp] 0,5A3,3 - 35V1V/A700<1us<0,1% 1,5A3,3 - 35V300mV/A700<1us<0,1% 5A3,3 - 35V100mV/A700<1us<0,1% 10A3,3 - 24V20mV/A400<1us<0,2% [1] Logic supply should be in range 7.5V – 35V

PDD-1600 is probably the most powerful 1600W pulsed laser diode driver module in the aesthetic world. It provides fast-switching, low-noise, accurate and efficient current for laser diodes. PDD-1600 was developed, first of all, for medical aesthetic treatments, namely, for hair removal, but also have found applications in other medical systems. By default, the driver has averaged output power up to 1600 W and maximum peak output power up to 10 kW (depending on user defined Imax and Vmax), runs on common 100‑240 V AC, 50/60 Hz, so you don’t need extra power supply for the driver. There is a modification available with averaged output power over 2000 W with 200-240 V AC input. Less powerful series are PDD-300 and PDD-1000.

A Pockels cell driver is a high-voltage regulated power supply, either pulse or continuous, allowing to control a birefringence of an electro-optical crystal (KTP, KD*P, BBO, etc.) in order to drive the polarization direction of the light propagating through the crystal. OEM Tech has developed and produces a variety of Pockels cell drivers for different applications, QBD is a simple compact device for q-switching. Allows up to 6.0 kV bipolar output, up to 100 kHz repetition rate

The NBU-0808 discharge circuit is designed for simplification of solid-state laser systems development. The module forms quasi-rectangular pulses on a flashlamp using energy stored in external capacitors bank and provides simmer current during the interval between pulses. By default, NBU-0808 includes capabilities both for serial and external triggering. The flashlamp operating frequency and pulse duration is to be varied by +5 V TTL signal from an external control device to the respective pin. The NBU-0808 discharge circuit is a bit simplified and less power module than NBU-1012, but it has more attractive price. The module includes IGBT, its driver, protective circuits, simmer and trigger circuits and controls. It also contains a fan for active cooling. The module doesn’t have any embedded discharge resistors, although includes all the necessary circuits to control them. Discharge resistor assemblies of different size and resistance can be purchased as accessories by us.

A real driver to immersive simulation, TechViz Virtual Assembly option works directly from your native 3D application (like Dassault Systemes Catia V5 or Solidworks HTC Vive), in real time. Compatible with more than 200 3D applications, this VR software solution enables an interactive experience by simulating physical interaction of objects in 3D. Ideal to improve assembly processes, validate maintenance operations or reduce technical risks. TechViz’s Virtual Assembly works with our 3D visualization software TechViz XL. TechViz XL is a virtual prototyping software acting like a driver to capture directly your 3D model. The Virtual Assembly option of this immersive 3D visualization software has a universal part recognition engine that allows part selection and manipulation. Application connectors like CATIA Connector, Navisworks Connector... used in addition to the Virtual Assembly option provide with part information, as they are defined in the PLM database.