High speed pockels cell driver

LPC-XXXX high speed Pockels Cell Driver/Pulse Generator is designed for space weight limited special applications. The rise time is less than 2ns and yet the output voltage can be up to 15KV. Miniaturization and ultra high speed technology are the speciality of LIC Engineering. Dimension only by 50 mmx15mmxmm; Weighs only 15g.  · Fast high-voltage PSU for Pockels cells. Highland Technology of San Francisco has released the model T driver for Pockels cell optical modulators. Pockels cells are fast high voltage devices with a capacitive load characteristics. “T incorporates a new architecture that greatly increases electrical efficiency and reduces driver size and cooling requirements,” according to the www.doorway.ruted Reading Time: 5 mins. The Inrad Optics V series Pockels cell driver is designed for fast, high-voltage switching for small capacitive loads, such as Pockels cells. It is compatible with our line of KD*P, LiNbO 3, and BBO Pockels cells. The V driver plugs directly into a wall outlet and can be triggered either internally or via synchro.

LPC-XXXX high speed Pockels Cell Driver/Pulse Generator is designed for space weight limited special applications. The rise time is less than 2ns and yet the output voltage can be up to 15KV. Miniaturization and ultra high speed technology are the speciality of LIC Engineering. Dimension only by 50 mmx15mmxmm; Weighs only 15g. High-speed electronic drivers properly matched to the cell produce the best results for short pulse applications. The Electro-Optic Effect The linear electro-optic effect, also known as the Pockels effect, describes the variation of the refractive index of an optical medium under the influence of an external electrical field. A driver in accordance with the invention for a Pockels cell comprises a first circuit node connectable to a first terminal of the Pockels cell, and a second circuit node connectable to a second terminal of the Pockels cell, whereby the first circuit node is connected by means of a first wire conductor to a first electric potential across a first switch and by means of a second wire conductor to a second electric potential across a second switch, and the second circuit node is connected by.

Fast HV rise/fall time <4 – 8 ns. / HV pulse amplitude up to kV. / Pulse repetition rate up to MHz. / Output pulse jitter < 50 ps if trigger pulse. The core of our Pockels cell driver heads are high performance solid state switches. All driver heads are EMC tested to suite medical applications as well. The Gooch Housego OEM Q-DriveTM is a cost effective, high performance Pockels cell driver for incorporation into Q-switched laser systems.