Products

The CT-600 Current Transducer is a high precision DC current transformer designed for accurate measurement of DC and AC currents up to ±600 A. Built on advanced 0-FLUCS closed loop technology, the device delivers exceptional linearity, extremely low noise, and minimal temperature drift. Available in both current output and voltage output versions, the CT-600 Current Transducer offers flexible integration for laboratory instrumentation, power electronics testing, and industrial monitoring systems.

Key Features

• High precision current measurement up to ±600 A full scale
• Based on advanced 0-FLUCS closed loop current sensing technology
• High bandwidth performance for DC and AC current monitoring
• Excellent linearity with extremely low noise output
• Negligible temperature coefficient for stable long term measurements
• Galvanic isolation between primary and secondary circuits
• Transform ratio of 1:1500 for accurate signal conversion
• Available in current output or buffered voltage output versions
• Built in LED indicator for operational status
• Suitable for calibration systems and precision power electronics testing
• Ideal replacement for Hall effect current sensors in high accuracy applications

The CT-BOX Current Measuring System is a high precision digital solution designed to measure and calibrate DC and AC currents up to ±1000 A. Developed for use with 0-FLUCS current transducers, this turnkey system integrates advanced signal conditioning, a 24-bit temperature stabilized ADC and configurable sampling up to 100 kHz. Available in both desktop and rack mount formats, the CT-BOX Current Measuring System provides reliable high accuracy measurements for laboratory, industrial and testing environments.

Key Features

• High precision measurement of DC and AC currents up to ±1000 A
• Compatible with 0-FLUCS current-output DCCT transducers
• Integrated burden resistor and signal conditioning network
• 24-bit temperature stabilized ADC for accurate digital conversion
• Measurement accuracy up to 0.01 percent full scale, optional 0.005 percent
• Configurable sampling frequency up to 100 kHz
• Multiple trigger modes including hard, soft and mixed trigger options
• Internal microSD memory for long-term data storage
• Local display for current readings and system settings
• Integrated alarm output for current threshold monitoring
• Built in Auto-Zero function for offset compensation
• Integrated low-noise ±15 V AC/DC power supply for transducer operation
• Ethernet, USB and RS-232 connectivity for flexible data transfer

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

The DAMC-FMC2ZUP Carrier is a high performance FMC and FMC+ carrier board built in the MTCA.4 form factor and powered by the Xilinx Zynq UltraScale+ MPSoC XCZU11EG processor. Designed for demanding data acquisition and signal processing applications, the board combines powerful FPGA resources with an integrated ARM processing system. With dual FMC connectivity, high speed transceivers, and advanced clocking architecture, the DAMC-FMC2ZUP Carrier offers exceptional flexibility for modern instrumentation and control systems.

Key Features

• MTCA.4 FMC and FMC+ carrier board architecture
• Powered by Xilinx Zynq UltraScale+ MPSoC XCZU11EG FPGA
• 653k programmable logic cells for advanced digital processing
• 2920 DSP slices for high speed signal processing tasks
• 48 multi gigabit transceivers for high bandwidth communication
• Quad core ARM Cortex A53 processor operating at 1.5 GHz
• Dual DDR4 memory interfaces for high speed data operations
• Two FMC connectors including one FMC+ high speed interface
• PCI Express Gen 3.0 support with x8 configuration
• Gigabit Ethernet connectivity for system integration
• Flexible clock distribution system with multi channel switching
• Trigger and timing signal support for synchronization
• Front panel SFP+ interface for high speed networking
• Compatible with modern FPGA development environments

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

The EASY-DRIVER Power Supply is a compact digital bipolar power supply series designed for precise current control and flexible integration in laboratory and industrial environments. Delivering up to 200 W output power, this highly configurable unit combines advanced digital control with reliable Ethernet connectivity for seamless monitoring and operation. With multiple output configurations and low noise performance, the EASY-DRIVER Power Supply provides a cost effective and high performance solution for powering sensitive electronic loads.

Key Features

• Compact bipolar digital power supply with output power up to 200 W
• Multiple output ratings including ±1 A at ±12 V, ±2 A at ±20 V, ±5 A at ±20 V and ±10 A at ±20 V
• Digital current control loop for precise and stable operation
• Low noise and high bandwidth output performance
• Ethernet connectivity with TCP IP and UDP communication
• Multi DSP architecture for reliable digital signal processing
• Local display for output current and voltage monitoring
• LED indicators for real time system status
• Built in protections including over voltage and over temperature
• External interlock signal and inductive load discharge circuitry
• Compatible with laboratory equipment and standalone installations

Compact and quiet bench power supply with precision linear regulation and a range of output options for lab or system use.

Key Features:

• Linear regulated bench DC power supply
• Single, dual, and triple output options
• Up to 56V and 5A with up to 130W output
• 4-digit voltage and current display per output
• Constant voltage or constant current operation
• Switchable local/remote sensing
• Silent, fan-free convection cooling
• Compact design saves bench space
• Optional RS232 or USB interfaces (on select models)
• Auxiliary output (1.5–5V/2A) on EL302RT

EMC001330SE | 10 kHz – 3 GHz | 30 dB Gain | Low Noise Preamplifier

Key Features:

• Wide frequency range: 10 kHz to 3 GHz
• High gain: 30 dB minimum with ±1.5 dB flatness
• Low noise figure: ≤ 5 dB for precise EMI measurements
• Ideal for compensating long cable loss
• High linearity and dynamic range
• Unconditionally stable, reliable performance
• Compact, portable, and robust design
• Compatible with major EMI test standards (CISPR, MIL-STD, ANSI)
• 110–240V AC universal power support
• Includes AC to DC inverter and N-type connectors

EMC03640A Low Noise Preamplifier – 30 MHz to 6 GHz

Key Features:

• Wide frequency range: 30 MHz to 6 GHz
• High gain: 40 dB minimum with ±2.5 dB flatness
• Low noise figure: ≤ 2.5 dB
• High EMI performance with excellent linearity
• Compensates for long cable loss in EMI measurements
• Improves system noise floor flatness
• Unconditionally stable with high dynamic range
• State-of-the-art technology for compliance testing
• Meets major EMI/EMC standards (ANSI, CISPR, MIL-STD)
• Compact and robust design with AC mains power input

The EMC051835SE is a high-performance preamplifier designed to deliver exceptional gain and EMI measurement accuracy across a wide frequency range.

Key Features:

• Wide frequency coverage: 500 MHz to 18 GHz
• 35 dB minimum gain with ±2.5 dB flatness
• Low noise figure of 3 dB for improved sensitivity
• High linearity LNA for EMI testing applications
• Enhances system noise floor flatness
• Compensates for long cable losses in EMI measurements
• Built-in AC input power with grounding detect circuit
• Durable, compact design with SMA female connectors
• Unconditionally stable performance

EMC1150 Low Noise Preamplifier (9 kHz – 1 GHz, 50 dB Gain)

Key Features:

• Wide frequency range: 9 kHz to 1 GHz
• High gain performance: 50 dB minimum
• Low noise figure: 1.8 dB typical, 2.5 dB max
• Excellent EMI measurement capability
• Improves system noise floor flatness
• High linearity and dynamic range
• Unconditionally stable operation
• Built-in AC input power with grounding detect circuit
• Compact, lightweight design (2.8 kg)
• Optional pulse/ESD protector available

EMC118A45SE Low Noise Preamplifier | 1–18 GHz, 45 dB Gain

Key Features:

• Wide 1–18 GHz frequency range for versatile EMI testing
• High 45 dB gain with flatness across the band
• Low noise figure (3.5–8 dB max) for improved sensitivity
• Compensates long cable loss for accurate EMI measurements
• Unconditionally stable with high linearity and dynamic range
• Built-in grounding detect circuit for reliable operation
• Compact design with 50-ohm SMA female connectors
• Available in multiple versions with mounting options

The EMC184040SE is a high-performance low noise preamplifier designed for EMI measurements across 18–40 GHz. With 40 dB gain and a 5 dB noise figure, it ensures reliable, stable, and accurate performance for demanding EMC testing environments.

Key Features:

• Wide frequency range: 18–40 GHz
• 40 dB minimum gain with ±4.5 dB flatness
• 5 dB noise figure for low-noise operation
• Compensates for long cable losses in EMI measurements
• High linearity and dynamic range for precise testing
• Unconditionally stable design
• Available in multiple mounting versions (bench, tube clamp, box clamp)

Key Features:

• Wide frequency range: 18–40 GHz
• 40 dB minimum gain with ±4.5 dB flatness
• 5 dB maximum noise figure for accurate EMI testing
• Compensates for long cable loss in EMI measurements
• Enhances system noise floor flatness
• High linearity LNA for EMI compliance applications
• High dynamic range and unconditionally stable
• Built-in AC input power supply with grounding detect circuit
• Rugged 2.92 mm female connectors for reliability
• Versions: Bench model and mast-mount with clamp & power supply