MIL-STD 461 Compliant: Meets stringent military standards for reliable testing. 

Flexible Configurations: Available as standalone (PG-CS115) or modular (M-CS115) units. 

Comprehensive Accessories: Optional injection probe, attenuator, oscilloscope, and control software. 

High Precision: Delivers accurate rectangular pulses with rapid rise/fall times (≤ 2 ns). 

Versatile Testing: Supports single and repetitive pulse rates from 1 to 50 Hz. 

Compact Design: Lightweight and portable, ideal for various testing environments. 

Reliable Performance: Durable construction ensures long-term use in demanding settings. 

Enhance your EMC testing with the CS115 Pulse Generator—precision, compliance, and versatility combined. 

MIL-STD-1275F Compliant: Dedicated design for conducted susceptibility testing on 28 VDC circuits. 

Spike & Surge Testing: Handles spikes up to 250 V / 250 mJ and surges up to 100 V / 1210 J. 

High Current Capability: 16 A continuous or up to 400 A with the optional DM400 decoupling diode module. 

Adjustable Waveforms: Configurable rise times, pulse durations, and voltages for precise test conditions. 

User-Friendly Control: Remote interface via RS232 or USB, with optional control software for automated testing. 

Enhance your EMC testing with the 1275F Pulse Generator—precision, compliance, and versatility combined. 

MIL-STD 461 CS116 Compliant: Meets stringent military testing standards. 

Flexible Frequency Options: Choose from 6, 9, or 17 test frequencies. 

Comprehensive Accessories: Includes injection probe, attenuator, oscilloscope, and control software. 

Efficient Operation: Single signal output reduces test time and supports automation. 

User-Friendly Control: Easily controlled via RS232 and USB interfaces. 

Robust Design: Durable construction with wide power compatibility (90–264 Vac). 

Upgradable: Add CS115, CS106, CS114 

Optimize your naval and industrial testing with the CS116 Damped Sinusoid Generator—precision and efficiency combined. 

High Voltage Capability: Generates electrostatic discharges up to 300 kV with reversible polarity. 

Adjustable Electrode: Height adjustable from 1.5 to 6 meters and tilt up to ±60° for precise targeting. 

Standards Compliance: Meets MIL-STD-331, MIL-STD-464, NATO AECTP-250, AECTP-500, and more. 

Automated Operation: PC-based software for remote control, calibration, and test reporting. 

Enhanced Safety: Fiber optic interface ensures operator safety by isolating the control system from high-voltage equipment. 

Versatile Testing: Supports multiple discharge scenarios, including personnel-borne and helicopter-borne ESD tests. 

Durable Design: Built for demanding military and industrial testing environments. 

MIL-STD 461 CS115+CS116 Compliant: Meets stringent military testing standards. 

Flexible Frequency Options: Choose from 6, 9, or 17 test frequencies. 

Comprehensive Accessories: Includes injection probe, attenuator, oscilloscope, and control software. 

Efficient Operation: Single signal output reduces test time and supports automation. 

User-Friendly Control: Easily controlled via RS232 and USB interfaces. 

Robust Design: Durable construction with wide power compatibility (90–264 Vac). 

Optimize your naval and industrial testing with the CS116 & CS115 Damped Sinusoid & Switch Transient Generator—precision and efficiency combined. 

Automatic calibration for the whole test frequency range 

Application of all test frequencies automatically. The level can be selected or automatic. 

NO need to manually configure the measurement equipment 

NO need to manually integrate the transfer function of probes and attenuators 

Generation of test reports: NO need to record all values read from the measurement equipment 

Generation of calibration reports: NO need to record all calibration setting parameters 

Rack together and add CS101, CS109, and RS101 (sections 18, 19, and 20 of the RTCA DO-160G are also available.) 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Easy to move frame and compact design for versatile placement options 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Use an Existing Chamber and get the maximum size test volume. non-permanent install when needed 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Tabletop Easy-to-move frame and compact setup for versatile placement. 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing small electronics like printed circuit boards and subsystems. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Easy-to-move frame and compact setup for versatile placement. 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing small electronics like printed circuit boards and subsystems. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Permanent Design: to stand up to the yearly weather, whether elements, wind, snow, or ice. 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing Large electronics, systems, and subsystems. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Easy-to-move frame and compact setup for versatile placement. 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing EUTs up to appox. 4m x 2m x 1m. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Easy-to-move frame and compact setup for versatile placement. 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing EUTs up to appox. 5.5m x 3m x 1.5m. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

Compliance: Meets MIL-STD-461 RS105 standards for NEMP testing. 

High Precision: Generates a minimum electric field of 50 kV/m, with higher fields available for smaller devices. 

Portable Design: Easy to move frame and compact design for versatile placement options 

User-Friendly: Controlled via computer with RS232 and USB interfaces. 

Versatile Testing: Ideal for assessing small electronics like printed circuit boards and subsystems. 

Robust Specifications: Quick rise time of 2.3 ns and pulse length of 23 ns, ensuring accurate and reliable results. 

MIL-STD-1275E Compliant: Dedicated design for conducted susceptibility testing on 28VDC circuits. 

Spike & Surge Testing: Handles spikes up to 260V / 2J and surges up to 200V / 470J. 

High Current Capability: 16A continuous or up to 400A with the optional DM400 decoupling diode module. 

Adjustable Waveforms: Configurable rise times, pulse durations, and voltages for precise test conditions. 

User-Friendly Control: Remote interface via RS232 or USB, with optional control software for automated testing. 

Enhance your EMC testing with the PG1275E Pulse Generator—precision, compliance, and versatility combined. 

MIL-STD-461 RS105 Compliance: Fully meets NEMP immunity testing standards. 

High Voltage Performance: Generates up to 50 kV/m fields with nanosecond rise times. 

Adaptable GTEM Design: Supports retrofitting of existing GTEM cells for NEMP testing. 

Automated Testing: Streamlined control, data collection, and report generation. 

No Environmental Disturbance: Safe operation without affecting nearby systems. 

Flexible Testing Capability: Accommodates small to medium-sized devices with a 110 cm septum height. 

Standards Compliant: Meets MIL-STD-464C, MIL-STD-188-125-2, and IEC 61000-5-25 requirements. 

High Field Intensity: Generates up to 50 kV/m for effective NEMP survivability testing. 

Large Test Volume: Accommodates EUTs up to 10 x 5 x 5 meters. 

Automated Operation: Streamlined testing with automated control and report generation. 

Modular Design: Easily disconnectable generator for convenient long-term storage. 

Expert Support: Options for refurbishment and customization of existing systems. 

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 

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 

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. 

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. 

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

Frequency Range: 10 kHz to 400 MHz (extended: 4 kHz to 400 MHz with optional adapter)

Power Handling: Up to 500 W CW (150 W – 60 min, 300 W – 30 min, 500 W – 15 min) 

Window Diameter: 43.8 mm 

Construction: Durable, shielded design with precision-machined housing 

Input Connector: Type N (Female) 

Special custom generator for high current DOW testing 

High Current Capability: Up to 300 A for direct injection and 75 A with the optional coupling clamp. 

Wide Frequency Range: Operates from 100 kHz to 55 MHz with 10 discrete frequencies (expandable to 10 kHz–100 MHz on request). 

Automation Ready: Fully computer-controlled with RS232 and USB interfaces for calibration, operation, and report generation. 

Efficient Testing: Single output connection eliminates reconnections, significantly reducing test time. 

Optimize your naval and industrial testing with the CS116 Damped Sinusoid Generator—precision and efficiency combined. 

Special custom generator for high current DOW testing 

High Current Capability: Up to CS116 +7dB for direct injection, 23 A with the optional coupling clamp. 

Wide Frequency Range: Operates from 10, 100 kHz 1, 10, 30, 100 MHz - expandable to 12 frequencies 

Automation Ready: Fully computer-controlled with RS232 and USB interfaces for calibration, operation, and report generation. 

Efficient Testing: Single output connection eliminates reconnections, significantly reducing test time. 

Optimize your naval and industrial testing with the CS116 Damped Sinusoid Generator—precision and efficiency combined. 

Tailored to Your Requirements – Custom-designed EMP and PCI solutions for specific voltage, waveform, and test conditions. 

Industry-Leading Fast Pulse Technology – Ensuring precision, repeatability, and compliance with global standards. 

Wide Voltage & Frequency Range – Custom solutions from 5 kV to over 500 kV, optimized for MIL-STD-188-125 and IEC 61000-4-25 testing. 

Seamless Integration & Automation – RS232, USB, and fiber optic control for efficient remote operation. 

Turnkey Testing & Data Acquisition – Compatible with Montena’s PULSELab software, ensuring real-time monitoring and analysis. 

Proven Global Expertise – Montena’s extensive EMP and PCI system portfolio guarantees reliable and compliant solutions for any application. 

MIL-STD-188-125-1/2 Compliant – Ensures precise pulse current injection (PCI) testing for EMP protection validation. 

High-Voltage Performance – Delivers up to 350kV pulses with a peak 5kA short-circuit current. 

Fast & Repeatable Pulses – Ultra-fast and 500-550 ns pulse duration for accurate testing. 

Fully Automated & Computer-Controlled – RS232 & USB interfaces enable seamless remote operation. 

Comprehensive Accessory Support – Compatible with current probes, CDNs, fiber optic links, and automation software for a complete test setup. 

MIL-STD-188-125-1/2 Compliant – Designed for precise EMP protection testing. 

High-Voltage Performance – 3.0 kV charging voltage with 260 A peak short-circuit current. 

Fast & Repeatable Pulses – and 3 – 5 ms pulse duration for accurate testing. 

Multi-Line Direct Coupling – 4 independent outputs for testing power, signal, and telecom lines. 

Fully Automated Control – RS232 & USB interfaces for seamless operation & remote testing. 

Complete Testing Solution – Compatible with current probes, CDNs, fiber optic links & optional automation software. 

MIL-STD-188-125-2 Compliant – Designed for pulse current injection (PCI) testing of antenna POE protective devices. 

Adjustable High-Voltage Pulses – 0.2 - 25 kV, 400A (CLP40K) for precise testing. 

Broad Frequency Coverage – Supports testing from 30 MHz up to 477.5 MHz with variable charge line plugs. 

Ultra-Fast Pulse Rise Time – and for high-speed transient testing. 

Direct Coaxial Coupling – No external coupling device required for efficient pulse injection. 

Automated Operation & Remote Control – RS232 & USB interfaces for seamless integration and monitoring. 

Complete Test Solution – Includes charge line plugs, current probes, fiber optic links, and optional Montena PULSELab software. 

MIL-STD-188-125-2 Compliant – Designed for pulse current injection (PCI) testing of antenna POE protective devices. 

Adjustable High-Voltage Pulses – 0.05 - 5 kV, 50Amps (CLP5K) for precise testing. 

Broad Frequency Coverage – Supports testing from 30 MHz up to 477.5 MHz with variable charge line plugs. 

Ultra-Fast Pulse Rise Time – and for high-speed transient testing. 

Direct Coaxial Coupling – No external coupling device required for efficient pulse injection. 

Automated Operation & Remote Control – RS232 & USB interfaces for seamless integration and monitoring. 

Complete Test Solution – Includes charge line plugs, current probes, fiber optic links, and optional Montena PULSELab software. 

High-Voltage Range: 20 V to 10 kV, positive polarity only. 

ECSS Compliant: Meets ECSS-E-ST-20-07C Rev.2 for space-grade ESD tests. 

Damped Oscillatory Waveform: Ensures accurate wire-coupled discharge simulations. 

Remote Control & Monitoring: Offers single shot, repetitive, or remote triggering with RS-232/USB. 

Safety & Reliability: Conforms to EN61010-1 and integrates a 24 Vdc safety loop 

High-Voltage Range: 20 V to 10 kV, positive polarity only. 

ECSS Compliant: Meets ECSS-E-ST-20-07C Rev.2 for space-grade ESD tests. 

Damped Oscillatory Waveform: Ensures accurate wire-coupled discharge simulations. 

Remote Control & Monitoring: Offers single shot, repetitive, or remote triggering with RS-232/USB. 

Safety & Reliability: Conforms to EN61010-1 and integrates a 24 Vdc safety loop 

MIL-STD-188-125 Compliant – Designed for HEMP Pulse Current Injection (PCI) testing. 

High-Current Pulse Generation – Delivers 50 A to 1.2 kA short-circuit current. 

Battery-Powered for Field Testing – Operates >24 hours without external power. 

Fast & Efficient Testing – Pulse rise time ≤ 20 ns, pulse duration 500-550 ns. 

USB Fiber Optic Control – Remote operation with full galvanic isolation for safety. 

Complete Test System Available – Includes couplers, current probes, decoupling networks. 

Rugged Transport Case – Portable & easy to deploy for on-site testing. 

Industry-Leading Accuracy – Precise data acquisition & error-free pulse measurement.