- Output voltage 1300 ÷ 5800 V
- Nanosecond rise and fall times
- 3 driver modifications for controlling the output pulse duration using the input trigger pulses
Pockels Cell Driver "PCD-42" HV rectangular pulse
Delay Generator – 42 Digital 6-channel pulse & delay generator
Pockels Cell Driver "PCD-11" with unipolar output HV trapezoidal pulse
Laser Diode Pump Power Supply "LDPPS"
Pockels Cell Driver "PCD-41" HV rectangular pulse
Pockels Cell Driver "PCD-21" HV trapezoidal pulse
PCD-42
DG-42
PCD-11
LDPPS
PCD-41
PCD-21
Pockels Cell Driver
with rectangular HV pulse Delay Generator – 42 Pockels Cell Driver
with "Shelf" Mode Output High Power Laser Diode Driver
and TEC Controller Pockels Cell Driver
with rectangular HV pulse Pockels Cell Driver
with "Shelf" Mode Output
with rectangular HV pulse Delay Generator – 42 Pockels Cell Driver
with "Shelf" Mode Output High Power Laser Diode Driver
and TEC Controller Pockels Cell Driver
with rectangular HV pulse Pockels Cell Driver
with "Shelf" Mode Output
Digital low voltage 6-channel pulse & delay generator
Generation of high voltage quasi-rectangular pulses with nanosecond rising and falling edges.
6 independent channels low-voltage pulse generator DG-42 is designed for control of external devices by means of trigger pulses with adjustable durations and delays with 200 ps time resolution.
- Independently adjustable pulses
- Time resolution of 200 ps
- Pulse duration starting from 1 ns
Provides high voltage trapezoidal pulses output with nanosecond rising edge for controlling an electro-optical Q-switch in solid state lasers.
- "Shelf" mode output (pulse duration up to 1 μs)
- Output voltage 2600 ÷ 3800 V
- Rise time less then 2 ns
High power laser diode pulsed power supply combines laser diode driver and two independent TECs for high-precision temperature control.
- CW / Pulsed operation
- LD peak current up to 400 A
- LD voltage up to 150 V (up to 400 V in OEM version)
Generation of high voltage quasi-rectangular pulses with nanosecond rising and falling edges.
- Output voltage 1300 ÷ 4800 V
- Nanosecond rise and fall times
- 3 driver modifications for controlling the output pulse duration using the input trigger pulses
Provides high voltage trapezoidal pulses output with nanosecond rising edge for controlling an electro-optical Q-switch in solid state lasers.
- "Shelf" mode output (pulse duration up to 1 μs)
- Output voltage 2600 ÷ 3800 V
- Rise time less then 2 ns