Products

Precision, performance, and scalability packed into a high-efficiency DC power solution. Ideal for demanding test environments and energy recovery.

Key Features:

• Output voltage: 0–240 V DC
• Scalable from 27 kW to 2000+ kW
• Modular build: up to 44 connected units
• Full sink/source operation with regeneration
• Ultra-fast switching: rise/fall time <250 µs
• Accuracy: <0.02% FS with high-res current range
• Auto-ranging capability (factor of 3)
• Control modes: CV, CC, CP, CR, Ri-Sim
• Seamless waveform generation via AnyWave + WaveMaster
• Optional HMI touchscreen and CAN interface

Precision meets performance in this regenerative, modular, and highly controllable DC power supply for high-voltage testing applications.

Key Features:

• Output voltage: 0 to 3000 V DC
• Power range: 54 to 2000+ kW
• Fast response: <250 µs rise/fall times
• Regenerative sink/source operation
• High current accuracy: <0.02% FS
• Auto-ranging voltage-current flexibility (factor 3)
• Full digital modes: CV, CC, CP, CR, Ri-Sim
• Modular design with up to 44 units
• Optional HMI touchscreen and CAN interface
• Waveform generation via AnyWave + WaveMaster

High-speed, modular AC power supply with precision control and full regeneration. Perfect for grid simulation, HIL testing, and EMC validation.

Key Features:

• Power scalable from 30 kVA to 1050+ kVA
• Voltage range: 0–305 V AC with 4 active outputs
• True 4-quadrant regenerative design for energy efficiency
• Ultra-fast switching time (≤200 µs response)
• High current accuracy <0.02% full scale
• Full digital control modes: CV, CC, CP, CR, Ri-Sim
• Programmable grid simulator, AC amplifier, or electronic RLC load
• Compatible with AnyWave & WaveMaster for custom waveform control
• Modular 19” rack-mounted units with low heat and noise output
• Ideal for automotive, aerospace, HIL, EMC, and renewable power testing

A precision-driven, regenerative DC power supply ideal for high-demand testing environments across industries.

Key Features:

• Voltage range: 0 to 320 V DC
• Power output: 36 to 2000+ kW
• Modular and scalable up to 44 units
• Regenerative sink and source operation
• Voltage rise/fall time <250 µs
• Accuracy <0.02% FS with high-res current range
• Auto-ranging factor of 3
• Full digital control: CV, CC, CP, CR, Ri-Sim
• Supports AnyWave + WaveMaster waveform control
• Optional touchscreen HMI and CAN interface

Key Features:

• Dual-channel arbitrary waveform generation with 2.8 MS/s sampling rate and 16-bit resolution.
• Integrated with BOLAB WaveMaster software for graphical and tabular waveform design.
• Endless waveform streaming with double buffer memory for uninterrupted operation.
• Real-time triggering, data acquisition, and live waveform editing.
• Supports importing oscilloscope data, ASCII, and TDMS files.
• Preloaded waveform libraries for LV 124, LV 148, ISO 7637-2, ISO 16750-2, GMW, JLR, VW standards.
• Seamless integration with LabView, Python, CANoe, MATLAB, C/C++ via DLLs.
• Compact and robust design for laboratory and industrial testing applications.

High-efficiency regenerative DC power supply with scalable architecture and ultra-fast switching. Ideal for demanding test environments.

Key Features:

• Voltage range: 0–80 V DC
• Power scalable from 9 kW to 2000+ kW
• Modular: Up to 44 units (parallel, series, combined)
• Full sink/source mode with energy recovery
• Voltage rise/fall time <250 µs
• Current accuracy <0.02% FS
• Auto-ranging with a factor of 3
• Digital control: CV, CC, CP, CR, Ri-Sim
• User-friendly software and HMI options
• AnyWave + WaveMaster for waveform control
• CAN, API, and high-speed bus support

Key Features:

• Wide frequency range: 9 kHz – 8 GHz
• High gain: 29 dB up to 6 GHz, 27 dB from 6 – 8 GHz
• Low noise figure: < 2.7 dB @ 1 GHz
• Compact aluminum housing (85 × 36 × 29 mm, 130 g)
• ESD-protected input for safe operation
• Operates on simple +12 V DC power supply
• Rugged and lightweight design for field and lab use

A modular, scalable, and intelligent matrix switching system designed for precision in multi-channel test applications.

Key Features:

• Modular design with up to 4 plugin switch cards
• 6×32 channel matrix, up to 2A per channel
• Remote control via TCP/IP interface
• Integrated diagnostics & safety monitoring
• Compatible with LabView, Python, C++, CANoe, and more
• Auto-cooling with smart fan activation
• Rack-mountable 4HU chassis with high build quality
• Expandable switching lines with CU-600 matrix
• Unlimited waveform size with dual waveform output
• Protocol generation and oscilloscope waveform simulation

The complete turnkey solution for testing high-voltage transient emissions and immunity under ISO 7637-4 standards.

Key Features:

• Full ISO 7637-4 compliance
• Pulse A: Switching noise simulation (100 kHz–10 MHz)
• Pulse B: Low-frequency sinusoidal testing (3 kHz–300 kHz)
• 75W high-power RF amplifier for clean signal output
• Configurable burst generation (1–1000 cycles)
• Galvanically isolated digital I/O and EUT interlock
• Scalable and modular hardware for custom test setups
• Integrated overvoltage and transient protection
• WaveMaster software with graphical waveform creation
• Compatible with LabView, Python, C++, and more

The CAR AWG 6000 is a high-performance, 4-quadrant battery simulator designed for EMC testing on vehicle supply lines. This powerful unit delivers precise voltage variations up to ±70V and 200A, compliant with international automotive standards.

Key Features:

• 4-quadrant voltage/current amplifier
• Battery simulation up to ±70V and 200A
• Compliant with ISO 7637-2, LV 124, LV 148, and more
• Arbitrary waveform generation at 20MSa/s, 16kSa
• Bandwidth up to 1 MHz for small signals
• Simulates pulse 2b, pulse 4, crank profiles, and AC ripple
• Selectable output impedance: 0–200 mΩ
• Overvoltage and overcurrent protection
• Integrated impulse recording function (IRF)
• Remote control via CAR-Remote software and Ethernet

A powerful battery simulator designed for high-voltage automotive testing up to 1500V. Compact, efficient, and ISO 7637-4:2020 compliant.

Key Features:

• Output voltage up to 1500V DC
• Supports 30A at 500V, 10A at 1500V
• Constant power delivery of 15kW
• Slew rate up to 100V/µs for rapid rise time
• Remote PC control via CAR-Remote software
• Parallel stacking up to 10 units (100A total)
• Compliant with ISO 7637-2, ISO 7637-4, FMC1280
• Compact desktop design with built-in Ethernet
• Robust overvoltage and overcurrent protection

CDG 7000 Conducted Immunity Test System, 10 kHz – 400 MHz

Key Features:

• All-in-one IEC/EN 61000-4-6 immunity test system with RF signal generator, power amplifier, 3-channel RF voltmeter, and directional coupler.
• Frequency range from 10 kHz to 400 MHz with multiple amplifier versions (25 W, 75 W, 75 W/10k).
• Supports BCI tests (ISO 11452-4) and NAMUR standards.
• Advanced software HELIA 7 with EUT monitoring and automated reporting.
• Interfaces: USB, LAN, optional GPIB for flexible integration.
• Expandable with external amplifiers and configurable digital I/O.
• Compact, robust 19″ desktop housing with 3-year warranty.

The DAM 6.0-P Dual Antenna Mast is a high-precision, dual-antenna mast designed for accurate EMC measurements in magnetic absorption chambers.

Key Features:

• Adjustable height from 1.0 m to 6.0 m with electric stepper motor
• Pneumatic polarization change 0° to 90° in approx. 3 seconds
• Dual antenna support with max. load 20 kg (balanced)
• Rotating antenna bars to eliminate elevation errors
• Robust base: 0.95 m x 0.73 m
• Non-metallic construction (plastic and reinforced fiberglass)
• Remote control via LAN (TCP/IP) with FCU3.0 or NCD Controller
• Suitable for EMC testing labs, automotive, industrial, and telecom setups

Reliable digital transmission system for analog audio and video signals with multiple configuration options for EMC testing and monitoring.

Key Features:

• Transmits analog audio and video signals digitally over fiber optics
• Supports both unidirectional and bidirectional communication
• Available in multiple configurations: audio (stereo), video (NTSC/PAL), or combined
• Ideal for EMC testing, acoustic monitoring, and immunity test surveillance
• Integrated microphone and external input/output support in intercom models
• Suitable for automotive, military, aerospace, and RF industries
• Compliant with MIL-STD-461 standards

The Dips Interrupts Test System is a turnkey EMC solution for immunity testing across multiple IEC/EN 61000-4 standards. Available in 30kVA (43A) and 50kVA (75A) versions, this system is ideal for grid simulation, compliance testing, and R&D validation.

Key Features:

• Fully compliant with IEC/EN 61000-4-11/-13/-14/-27/-28/-34
• Fast switching: <5 µs voltage transition time
• Regenerative 4-quadrant AC grid simulator
• TC.VSE Voltage Slope Enhancer with 1000 A peak current
• Power range from 30 kVA up to 2000+ kVA
• User-friendly ACSControl software with test libraries
• Graphical interface for waveform preview and reporting
• Applications include EMC, inverter, anti-islanding, and medical testing
• Compact rack-mounted design with global certifications (CE, UKCA, RoHS)

The DYN 8WD I-30t Dynamometer integrated into TT 16.0-30t Turntable is a high-capacity vehicle testing solution designed for EMC-compliant measurement and simulation.

Key Features:

• Load capacity: 30,000 kg with adjustable axle configuration
• Maximum dynamometer speed: 120 km/h
• Turntable diameter: 16.0 m, rotational speed 0.1–0.5 rpm
• Adjustable track width: 900 mm – 2700 mm
• Turntable height: 2800 mm, stainless steel cover plate
• Servo motor-driven turntable with bevel gear for smooth rotation
• Integrated emergency stop and safety switches
• Software-controlled with Maturo DynSoft, including cycle simulation, speed, torque, and force monitoring
• EMC compliant: emissions typically 10 dB under CISPR 12 and CISPR 25 limits
• Supports advanced vehicle test cycles, ABS/ESP testing, uphill/downhill simulation, and tractive force control