Standards

• Adjustable High-Voltage Pulses – 1-10kV Configurable pulse voltage and duration for precise control.
• Upgradable to 20kV Pulses - 2 units can be put in series for a synchronized push-pull configuration to reach 20kV
• Nanosecond Pulse Precision – Ideal for plasma generation, electroporation, and pulsed electric fields (nsPEF).
• Built-in Monitoring & Safety Features – Automatic shutdown for overvoltage, short circuit, or HV disconnection.
• Quick-Connect HV Output – Easy integration with optional Montena connectors and HV dummy loads.
• Turnkey Solution – Compact, user-friendly, and reliable for high-voltage research and EMC applications.
• Applications: Plasma-activated water, Cold Plasma for air purification, Nanosecond pulsed electric field for stimulation of cells, Nanosecond pulsed electric fields in medical applications, Speed up Plant growth or germination

GTEMCELL Ltda shielded chambers are built up as modular construction. Due to individual modules, any size of the chamber can be realized. Big chambers may require an outer supporting structure or alternatively, the shielding material can be attached directly to the building. Panels are manufactured of 2,0 mm thickness hot galvanized sheet steel double bordered.

Adjustable High-Voltage Pulses – 0.5-30kV Configurable pulse voltage and duration for precise control.

Nanosecond Pulse Precision – Ideal for plasma generation, electroporation, and pulsed electric fields (nsPEF).

• Built-in Monitoring & Safety Features – Automatic shutdown for overvoltage, short circuit, or HV disconnection.
• Quick-Connect HV Output – Easy integration with optional Montena connectors and HV dummy loads.
• Turnkey Solution – Compact, user-friendly, and reliable for high-voltage research and EMC applications.
• Applications: Plasma-activated water, Cold Plasma for air purification, Nanosecond pulsed electric field for stimulation of cells, Nanosecond pulsed electric fields in medical applications, Speed up Plant growth or germination

• Longer version of the PPL200-70-C 
• 370 x 100 x 76 cm (L x W x H)
• For an immunity test on small and medium-sized devices
• For immunity tests on automotive devices  according  to  the European  directive  2004/104/EC 
• Requency Range: 10kHz to 30MHz
  
  

Highlights of the PG-CS106 Pulse Generator

• MIL-STD 461F CS106 Compliant: Ensures reliable military-standard testing.
• Flexible Configurations: Available as standalone (PG-CS106) or modular (M-CS106) units.
• High Performance: Delivers up to 500 V peak voltage and 8–100 A peak current.
• Precise Pulse Control: Supports 1–15 Hz repetition rates with swift rise and fall times.
• User-Friendly: Easy computer control via RS232 and USB interfaces.
• Compact & Portable: Lightweight design for both standalone (13 kg) and modular (1.2 kg) setups.

Enhance your naval and industrial testing with the PG-CS106 Pulse Generator—precision, compliance, and versatility in one powerful solution.

• 10kHz to 30MHz
• Adjustable height 1.5 to 3.5m Strip-line
• Full vehicle testing
• Mil-STD-464 & ISO 11451-2

This system is used for the optical transmission of Flexray-signals and allows the transmission in both directions with a sampling rate of 10 MBit/s. It consists of two identical transceivers, supplied by batteries, and a simplex-62,5/125µm-multimode optical cable (1-fiber-version available on demand).

This generator has been designed as a trigger source for Marx generators and for trigatrons (triggered spark gaps). It can replace the obsolete PT55 trigger generator as mechanical dimensions and attachment points are the same. The advantages of our generator are:

• · Solid-state switch
• · High repetition rate
• · Long lifetime
• · No need of gas
• · No need of external high voltage power supply
• · Can be triggered by a 5 V digital signal or by fiber optic

The optoK system can be used for the optical transmission of K-Line signals with transmission rates of more than 30kbit/s at supply voltages of up to 24V. It consists of two identical battery supplied transceivers connected to each other with an optical fiber. With the optical transmission and the shielded case, the system is well equipped for EMI and EME tests.

The optoSENT system was developed for the transmission of asynchronous SENT signals (Single Edge Nibble Transfer) aThis system is used for the optical transmission of PSI5-signals and allows the transmission in both directions with a sampling rate of 50 MS/s. It consists of a transceiver, supplied by batteries, for the connection of a sensor, a simplex-62,5/125µm-multimode optical cable, and a receiver with internal batteries as well.nd exists in two different versions.