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OEM QBX-08 User Manual

OEM QBX-08 User Manual

Pockels cell driver

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rev 1.02 / 2021 05 28
QBX-08 Pockels cell driver
User manual
Warning! This equipment produces high voltages that can be very dangerous.
Please read user manual before starting operations.

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Summary of Contents for OEM QBX-08

  • Page 1 1.02 / 2021 05 28 QBX-08 Pockels cell driver User manual Warning! This equipment produces high voltages that can be very dangerous. Please read user manual before starting operations.
  • Page 2 Overview QBX-08 is a dedicated Pockels cell drivers designed for applications where voltage on the Pockels cell should be continuously adjustable. Driver is built on voltage amplifier schematics, maximal output voltage is 800V (other voltages both smaller and higher up to 1600V are available on request), amplification factor is 100:1.
  • Page 3 Connections, signals, signal descriptions INPUT: BNC Analog signal of 0-8V amplitude applied to this connector is amplified with 100:1 factor and delivered to the high voltage output of QBX-08 Pockels cell driver. Input impedance is 50 Ohm. 24VDC/INTERFACE: D-SUB 9 PIN, FEMALE...
  • Page 4: Enable Switch

    DESIGNATION DESCRIPTION HV OUTPUT High voltage output (amplified INPUT) of the QBX-08 driver. 2, 3 Mating part (Phoenix Contact 1758377) is supplied together with the driver. LEDs There is a Ready LED onboard indication the driver is ON and ready to work.
  • Page 5 Operations Connect +24VDC power supply, waveform generator and Pockels cell Turn on +24VDC power supply Turn ENABLE SWITCH in ON position or apply ENABLE signal Turn on waveform generator and apply desired waveform to INPUT Typical output Examples of waveforms:...
  • Page 6: Electrical Specification

    Specifications ELECTRICAL SPECIFICATION Input Power 24VDC, 1.5A typ. Signal Analog signal 0-8V, input impedance 50Ohm HV Output Output type High voltage signal repeats the shape of low voltage input signal Output polarity Positive Amplitude 0-800V (100:1 amplification) Repetition rate Up to 1MHz (at smaller loads and voltages).
  • Page 7: Dimensional Drawings

    DIMENSIONAL DRAWINGS PCB version Enclosed version...