QBU Pockels cell driver board
Description
QBU-series is specially designed to control Pockels cells by applying a fast switching high voltage. The modules require +24 V DC power supply and pulse generator to set an operating frequency and pulse width. An output voltage level can be programmed in working range by user either manually (through onboard configuration trimpot) or remotely (applying a DC voltage to the respective pin).
Triggering by an external low voltage arbitrary TTL signal allows modules to work in next scenarios:
- push-up (= normally off scheme), when a base voltage level equals to zero
- pull-down (= normally on scheme), when pulses from base bias voltage to ground are generated
- user-defined scheme, with arbitrary width and frequency of pulses.
QBU-series is based on MOSFET technology and offers high repetition rates and fast transition time (< 15 ns) for both pulse edges.
QBU Pockels cell driver board
Features
- Triggering by an arbitrary external TTL signal output provides various operating schemes
- Up to 6 kV output voltage
- Up to 100 kHz repetition rate
- < 15 ns (about 10 ns typ.) both rise/fall time
- Compact easy-to-built-in design
Applications
Q-switching
Pulse picking, pulse slicing
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
Poland
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
The QBU Pockels cell driver board is used to control Pockels cells by applying a fast switching high voltage.
The QBU Pockels cell driver board requires a +24 V DC power supply.
The output voltage level of the QBU Pockels cell driver board can be programmed manually through an onboard configuration trimpot or remotely by applying a DC voltage to the respective pin.
The QBU Pockels cell driver board can work in push-up (normally off scheme), pull-down (normally on scheme), or a user-defined scheme with arbitrary width and frequency of pulses.
The QBU Pockels cell driver board offers triggering by an arbitrary external TTL signal, up to 6 kV output voltage, up to 100 kHz repetition rate, and fast transition time for both pulse edges.