- Pulse repetition rate up to 100 kHz
- Fast HV rise time <7 ns for 4 kV pulse
- HV pulse amplitude up to 4 kV
PCD-PHR has been designed for use in mode-locked lasers for cavity dumping or for Q-switching of solid-state nanosecond lasers. Fast HV (less than 7 ns) edge ensures excellent pre- and post-pulse contrast.
Ability to operate at high pulse repetition rates makes this driver perfect fit for most of diode-pumped nanosecond lasers. For pulse repetition rates up to 10 kHz heatsink is not required. For high repetition rates the driver should be attached to the heatsink with thermal resistance of at least 0.4 °C/W for room temperature (25 °C) operation.
The driver should be mounted into dielectric box (not provided) providing electrical insulation. Low voltage power supply is required to internal triggering circuit, while tuning of HV power supply voltage.
|Maximum high voltage (HV) pulse amplitude
|HV pulse rise time
||< 7 ns
|HV pulse fall time
||~2 µs 1)
|HV pulse duration
||180 ns 1)
|Maximum HV pulse repetition rate
|HV pulse jitter
||< 0.5 ns
|External triggering pulse duration requirement
|External triggering pulse amplitude requirement
||3-5 V (50 Ω)
|External triggering pulse rise and fall time
||< 10 ns
|HV pulse delay
|External powering requirements:
| high voltage supply
||0-4.0 kV, 9 mA max 2)
| low voltage DC supply
||9-24 V, 500 mA max 2)
||0-35 3) °C
||104 x 52 x 25 mm
1) Typical value.
2) Test conditions: PRR=100 kHz, C=6 pF, U=4 kV.
3) Heatsink temperature should be below 35° C at 100 kHz pulse repetition rate.
Specifications are subject to changes without advance notice. Whether you require a custom design or production quantities for a scientific and/or industrial applications, our team of engineers would welcome the opportunity to discuss your requirements