High voltage pulse generator (HVPG)
Rectangular wave HVPG
High voltage square wave pulse generator
The high-voltage square wave pulse generator provided by pulse tech. has the characteristics of fast rising edge / falling edge, small overshoot and low top drop, which can form perfect high-voltage square wave pulse waveform. The square wave pulse peak voltage, pulse width and repetition rate can be adjusted flexibly, which can be widely used in transient characteristic test, electromagnetic compatibility test, instrument calibration and many other test fields. It is also an ideal driving source for plasma and insulation aging test.
Fastest pulse front:1ns
Maximum pulse repetition rate:3MHz
<5ns Pulse width to DC
Over voltage / over current / overheating protection
Transient characteristic test
EMC test
Calibration of instruments and equipment
Plasma generation
Aging of insulation materials
Reference signal source
Biological pulse electroporation
Cell fusion and gene transfection
Space charge measurement by electro acoustic pulse method
Simulation of high power electromagnetic environment
Application load type: capacitive load, resistive load, inductive load
ast frontier series, power series
Peak current range: 10A ~ & gt; 1ka
Peak voltage range: 0 ~ 20kV
Pulse front: 1ns ~ 100ns
Pulse width range: 10ns ~ DC
Pulse repetition frequency: 1kHz ~ 3MHz
Protection type: over voltage / over current / overheating protection
Power polarity: unipolar, bipolar or unipolar adjustable
It can provide more flexible customized development
Fast frontier seriesPower type series
Model | Value voltage | Pulse front | Pulse width range | Maximum repetition rate | Load | Pulse power | Average power |
RPG-C-2-10 | 2kV | 1ns | 10ns~DC | 100kHz | 50Ω | >0.08MW | <1kW |
RPG-C-3-10 | 3kV | 1ns | 10ns~DC | 100kHz | 50Ω | >0.18MW | <1kW |
RPG-C-4-10 | 4kV | 1ns | 10ns~DC | 80kHz | 50Ω | >0.32MW | <1kW |
RPG-C-5-10 | 5kV | 1ns | 10ns~DC | 80kHz | 50Ω | >0.5MW | <1kW |
RPG-C-6-10 | 6kV | 2ns | 10ns~DC | 60kHz | 50Ω | >0.72MW | <1kW |
RPG-C-7-10 | 7kV | 2ns | 10ns~DC | 60kHz | 50Ω | >0.98MW | <1kW |
RPG-C-8-10 | 8kV | 2ns | 10ns~DC | 40kHz | 50Ω | >1.28MW | <1kW |
RPG-C-9-10 | 9kV | 2ns | 10ns~DC | 40kHz | 50Ω | >1.62MW | <1kW |
RPG-C-10-10 | 10kV | 2ns | 10ns~DC | 20kHz | 50Ω | >2MW | <1kW |
RPG-C-15-10 | 15kV | 2~10ns | 20ns~DC | 5kHz | 150Ω | >1.5MW | <1kW |
RPG-C-20-10 | 20kV | 2~10ns | 20ns~DC | 2kHz | 200Ω | >2MW | <1kW |
RPG-C-30-10 | 30kV | 2~10ns | 20ns~DC | 1kHz | 1kΩ | >0.9MW | <1kW |
RPG-S-3-03 | 3kV | 2ns | 8ns~DC | 3MHz | 50Ω | >0.18MW | <300W |
RPG-S-5-05 | 5kV | 2ns | 8ns~DC | 3MHz | 50Ω | >0.5MW | <500W |
Note: the combination of pulse width and repetition rate is limited by average power; single / bipolar is optional.
Model | Peak voltage | Pulse front | Pulse width range | Maximum repetition rate | Peak current | Average power | Average power |
RPG-C-5-15-2P | 5kV | 2ns | 10ns~DC | 40kHz | 15A | <2kW | <1kW |
RPG-C-5-30-2P | 5kV | 2ns | 10ns~DC | 40kHz | 30A | <4kW | <1kW |
RPG-C-5-50-5P | 5kV | 5ns | 15ns~DC | 20kHz | 50A | <10kW | <1kW |
RPG-C-5-100-5P | 5kV | 5ns | 15ns~DC | 20kHz | 100A | <20kW | <1kW |
RPG-C-10-15-2P | 10kV | 2ns | 20ns~DC | 20kHz | 15A | <4kW | <1kW |
RPG-C-10-30-2P | 10kV | 2ns | 20ns~DC | 20kHz | 30A | <8kW | <1kW |
RPG-C-10-50-5P | 10kV | 5ns | 20ns~DC | 20kHz | 50A | <20kW | <1kW |
RPG-C-10-100-5P | 10kV | 5ns | 20ns~DC | 20kHz | 100A | <40kW | <1kW |
RPG-C-10-150-5P | 10kV | 10ns | 40ns~DC | 10kHz | 150A | <40kW | <1kW |
RPG-C-10-200-5P | 10kV | 20ns | 100ns~DC | 5kHz | 200A | <40kW | <1kW |
RPG-C-20-50-5P | 20kV | 10ns | 40ns~DC | 10kHz | 50A | <40kW | <1kW |
RPG-C-20-100-5P | 20kV | 10ns | 40ns~DC | 10kHz | 100A | <40kW | <1kW |
RPG-C-20-150-5P | 20kV | 15ns | 100ns~DC | 5kHz | 150A | <40kW | <300W |
RPG-C-20-200-5P | 20kV | 25ns | 100ns~DC | 2kHz | 200A | <40kW | <500W |
Note: the combination of pulse width and repetition frequency is limited by the average power; the pulse front represents the fastest rising edge, but it will also be affected by the actual load characteristics, so the load characteristics need to be determined when selecting the type; single / bipolar is optional; products with higher peak current can be customized.