Advanced Ripple Testing: Meets ISO 21498, LV123, VW 80300, Nissan MES PW 67602, Mazda, and emerging standards.

Series Amplifier Integration: High accuracy ripple injection, minimal distortion, and enhanced safety. 

Waveform Versatility: Sine, square, trapezoidal, pulses, and triangle waveform generation. 

WaveMaster Software: Fast DUT impedance measurement, automated test sequences, and dynamic voltage/current control. 

High Power Capability: Ripple Voltage up to 100 Vpp, currents from 100A to 2000A+, and frequency range 10 Hz–300+ kHz. 

Future-Proof Design: Modular architecture for easy upgrades and adaptation to new standards. 

Protocol reports 

Generation of waveforms with synchronous data acquisition 

Modular Expandable 

Individual Waveform Generation 

Standard Libraries included 

Unlimited Waveform size 

2 different Waveforms synchronously 

DLL's for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc. 

Simulation of imported oscilloscope waveform 

High current power stage (uni-directional) 

Up to 32 channels for switching low-current signals (bi-directional) 

Switching of resistive, inductive, capacitive passive, and active loads/devices 

Input voltage up to 100V 

Output current up to 200A DC 

DC - 200 kHz bandwidth DC 

MHz (small signal -3 dB) 

Output voltage ±75 Vpk 

Rise / fall time 100 V/µs 

USB interface standard, LAN optional 

Analog control input 0 ... ±10 V for control of voltage and current 

Monitor outputs for measured voltage and current values (not all models) 

Modularly extensible via master-slave mode 

Parallel and Series Connections for two or more units 

DC - 200 kHz bandwidth DC 

MHz (small signal -3 dB) 

Output voltage ±75 Vpk 

Rise / fall time 100 V/µs 

USB interface standard, LAN optional 

Analog control input 0 ... ±10 V for control of voltage and current 

Monitor outputs for measured voltage and current values (not all models) 

Modularly extensible via master-slave mode 

Parallel and Series Connections for two or more units 

DUT Current Ratings: 40A, 76A, 114A, 152A, 190A, 228A 

Voltage Ripple: Up to 200 kHz (500 kHz) 

Amplifier: BOLAB 100-TS Series 4-quadrant system 

Load Dump Generator: BOLAB 10/63-210 1C 

Switching: FIS 100-xx & FIS SM 96-2 (expandable) 

Power Supply: BOLAB or third-party compatible 

High-Voltage & Insulation Testing: G1-1G-T & 90-4K 

Modular & Scalable: Full ISO 16750-2:2023 compliance 

Full Compliance – Meets all ISO 7637-4 test requirements 

Pulse A Testing – Simulates MOSFET/IGBT switching noise (100 kHz – 10 MHz) 

Pulse B Testing – Low-frequency sinusoidal disturbances (3 kHz – 300 kHz) 

High-Power RF Amplifier – 75W output (100 kHz – 400 MHz) for clean signal generation 

Burst Generator – Supports configurable burst parameters (1–1000 cycles) 

Power Meter & Directional Coupler – Accurate transient measurement (100 kHz – 10 MHz) 

Integrated Transformer – Isolates high-voltage circuits & prevents transient damage 

Scalable & Modular – Configurable for custom DUT testing needs 

Turnkey Solution – Includes generator, amplifier, coupler, and switching solutions 

Protocol reports 

Generation of waveforms with synchronous data acquisition 

Modular Expandable 

Individual Waveform Generation 

Standard Libraries included 

Unlimited Waveform size 

2 different Waveforms synchronously 

DLL's for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc. 

Simulation of imported oscilloscope waveform 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Technologically advanced, fast-switching, compact 19-inch power supplies 

High control dynamics in the 100...200 µs range – even at higher power levels 

Exceptional current accuracy of <0.02% FS, additional high-resolution current measurement range included as standard 

Full power regeneration and a high degree of efficiency, resulting in a significant reduction of energy consumption and heat dissipation, low acoustic noise 

Wide current-voltage range with an auto-ranging factor of 3 

Full digital CV, CC, CP, CR, and Ri-Sim control modes 

Protocol reports 

Generation of waveforms with synchronous data acquisition 

Modular Expandable 

Individual Waveform Generation 

Standard Libraries included 

Unlimited Waveform size 

2 different Waveforms synchronously 

DLL's for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc. 

Simulation of imported oscilloscope waveform 

BOLAB´s new and world´s unique solutions in testing High Voltage profiles for Electric Vehicles are very powerful, flexible, and modular. 

Three different solutions for high-speed testing, a medium-range for covering most profiles, and a low budget. Powerful solutions for starting and gaining experience are available. 

Modularity is one of the most important characteristics of BOLAB´s systems. 

Start with a “small” system of 1 KW (1.000 V, 15 A) and expand module by module as applications require and budgets allow. 

It was never this easy to get involved with high voltage tests for Electric Vehicles and to build up these tests to a most powerful solution. delete here