Products

The Waveform Generator U8793 is a plug-and-play module for Hioki Memory HiCorders that enables arbitrary waveform output and anomaly simulation for advanced testing scenarios.

Key Features

• Outputs arbitrary waveform signals on up to two channels
• Reproduces waveforms recorded with a Memory HiCorder up to 15 V
• Generates customized arbitrary waveforms up to 15 V output
• Built-in function generator and sweep function
• Isolated design between unit and outputs and between channels
• Supports anomaly simulation and scenario-based testing
• Includes Waveform Maker software for easy waveform creation
• Designed for use with compatible Hioki Memory HiCorder models

Wireless Adapter Z3210 instantly transforms Hioki measuring instruments into smart, Bluetooth®-enabled devices. This adapter eliminates manual data entry, supports instant report generation, and increases productivity through seamless wireless communication.

Key Features:

• Simple plug-in setup for Hioki-compatible instruments.
• Enables wireless Bluetooth® communication for real-time data transfer.
• Eliminates manual reporting and transcription errors.
• Compatible with the free GENNECT Cross app for report creation.
• Supports Excel® Direct Input for automatic data entry.
• Complies with wireless regulations in over 50 countries.
• Compact, lightweight, and easy to attach or detach.

The Tabor WW1074 4-Channel AWG is a high-speed, four-channel arbitrary waveform generator offering precise signal generation for demanding applications. With 100MS/s sample rate, 16-bit amplitude resolution, and up to 4M waveform memory, it produces accurate and synchronized waveforms for multi-channel testing. Perfect for three-phase power simulation, MEMS actuators, radar testing, and lab research.

Key Features

• Four synchronized output channels for accurate multi-channel signals
• 100MS/s maximum sample rate with 16-bit resolution
• Output bandwidth: sine up to 50MHz, square up to 25MHz
• Up to 4M waveform memory for extended signal storage
• 10 Vpp output into 50Ω, double in open circuit
• Multiple run modes: trigger, timer, and trigger delay
• Advanced sequence generator with up to 10 sequence tables per channel
• High-resolution 3.8” color LCD for easy operation
• LAN, USB, and GPIB interfaces for remote control
• Multi-instrument synchronization for larger setups
• ArbConnection software for easy waveform creation and editing

The Tabor WW2074 4-Channel AWG is a high-performance four-channel arbitrary waveform generator designed for fast, precise, and synchronized signal generation. With a 200MS/s sample rate, 16-bit resolution, and up to 4M waveform memory, it delivers reliable and accurate multi-channel outputs for demanding laboratory, research, and industrial applications. Ideal for MEMS actuators, three-phase power simulation, radar testing, and advanced waveform experiments.

Key Features

• Four synchronized output channels for precise multi-channel signals
• 200MS/s maximum sample rate with 16-bit amplitude resolution
• Output bandwidth: sine up to 80MHz, square up to 50MHz
• Up to 4M waveform memory for long or segmented waveforms
• 10 Vpp output into 50Ω, double in open circuit
• Multiple run modes: trigger, timer, and trigger delay
• Sequence generator storing up to 10 sequence tables per channel
• 3.8” high-resolution color LCD for easy operation
• LAN, USB, and GPIB interfaces for remote control
• Multi-instrument synchronization for larger systems
• ArbConnection software for waveform creation and editing

The Tabor WW5064 4-Channel AWG is a high-performance, four-channel arbitrary waveform generator that combines precision, versatility, and compact design. With a 50MS/s sampling rate, 16-bit amplitude resolution, and flexible waveform memory, it delivers accurate and synchronized signals for complex testing applications. Ideal for MEMS actuators, three-phase power simulations, radar, and laboratory research.

Key Features

• Four synchronized output channels for accurate multi-channel testing
• 50MS/s maximum sample rate with 16-bit amplitude resolution
• Output bandwidth: sine up to 25MHz, square up to 12.5MHz
• Flexible waveform memory: 512k standard, 1M optional
• 10 Vpp output into 50Ω load (double in open circuit)
• Advanced sequence generator with up to 10 sequence tables
• Multiple run modes: trigger, timer, and trigger delay
• High-resolution 3.8” color LCD display for easy operation
• LAN, USB, and GPIB remote control interfaces
• Supports multi-instrument synchronization for larger systems
• ArbConnection software for waveform creation and editing

Key Features:

• Portable USB-C to JTAG controller with 40 I/O pins
• Supports up to 8 separate JTAG TAP chains with independent frequencies
• Compact and rugged aluminium casing for lab, production, or field use
• Configurable JTAG pin-out to suit any Unit Under Test (UUT)
• Electrical protection against –30 V to +30 V input
• Four programmable I/O voltages (1.2 V to 3.3 V, in 0.1 V steps)
• Built-in voltmeter and frequency counter on all pins
• High-speed operation with TCK up to 166 MHz
• USB bus-powered with locking Type-C connector
• Self-contained licence for maximum flexibility

Key Features:

• Compact USB JTAG controller for flexible board testing
• Supports up to 4 JTAG chains per UUT
• Lightweight, portable, and ideal for lab, production, or field use
• Configurable pin-out for easy adaptation to any PCB design
• High-speed TCK clock up to 166 MHz
• Two programmable voltages from 1.1 V to 3.3 V in 0.1 V steps
• Built-in voltmeter and frequency counter on all I/O pins
• +5 V tolerant signals with auto-skew control
• USB bus-powered, no external PSU needed
• Self-contained licence, usable on multiple PCs

Key Features

• Approved by Keysight Technologies for i3070 ICT integration
• Fully compatible with all XJTAG projects
• High-speed programming with TCK up to 166 MHz
• Supports up to 4 JTAG chain connections to UUT
• Configurable interface voltages (1.1 V to 3.3 V)
• Adjustable signal slew rate and drive strength
• Automatic signal skew control for maximum reliability
• Frequency counter on all I/O pins (up to 200 MHz input)
• Fits into one i3070 utility card slot (multiple units supported)
• Enables test + programming in a single stage to boost throughput
• Supports additional protocols including I²C, SPI, and vendor-specific interfaces
• Flexible software licensing options for stand-alone or network operation

Key Features:

• 4-port JTAG tester for simultaneous testing of up to 4 boards
• High-speed USB 2.0 interface with robust performance
• Supports up to 4 TAP chains per UUT
• Configurable JTAG pin-out for simplified connectivity
• Parallel or independent testing on each port
• Programmable voltages from 1.1 V to 3.3 V in 0.1 V steps
• Built-in voltmeter and frequency counter on all I/O pins
• Automatic signal skew control for reliable operation
• Self-contained licence for use across multiple PCs
• Ideal for production lines and PCB manufacturers

• Versatile Current Sensing: Accurately measure small and large currents, from sub-milliamp levels to thousands of amps.
• High-Speed Pulse Monitoring: Patented distributed termination technology enables ultra-fast rise time measurement (as short as 2ns).
• Enhanced Noise Immunity & Safety: Double shielding minimizes external noise, making these monitors ideal for high-voltage applications.
• Robust Construction: Sealed models are suitable for high-voltage insulating oil or vacuum environments.
• Broad Compatibility: Works with oscilloscopes, spectrum analyzers, power analyzers, digital voltmeters, ADCs, and more.

High-Precision Current Measurement with BNC Connectivity

• Precision Current Sensing: ±1% accuracy ensures reliable real-time current monitoring.
• BNC Connector for Seamless Connectivity: Works with oscilloscopes, ADCs, spectrum analyzers, and power analyzers.
• Clamp-On Design for Non-Intrusive Measurement: Safely monitor live current flow without circuit disruption.
• 50 Ohm Termination Compatible: Output reduces by half when using a 50Ω termination.
• High-Voltage Safety Considerations: Conductive case requires adequate insulation for user safety.

High-Precision Current Sensing with BNC Connectivity

• High-Precision Measurement: ±1% accuracy for reliable current sensing.
• Customizable Configurations: Designed to meet specific user requirements for precision measurement.
• BNC Connector for Easy Integration: Works with oscilloscopes, ADCs, spectrum analyzers, and power analyzers.
• Non-Insulated Conductive Case: Proper insulation must be provided on the monitored conductor.
• 50 Ohm Termination Compatibility: Using a 50Ω termination reduces the output to half.

High-Precision Voltage Measurement Up to 500kV

• High-Voltage Measurement Capability: Supports up to 500kV in insulating oil and customizable calibration for air use.
• Precision Division Ratios: Models with 5000:1, 10,000:1, and custom ratios, ensuring reliable voltage scaling.
• Temperature-Compensated Accuracy: ±1% over 20°C to 80°C, providing stable voltage readings.
• Robust Design for Harsh Environments: Sealed for high-voltage insulating oil use, with custom air calibration available.
• Safe Operation with Ground Loop Control: The outer conductor is isolated from the case, allowing controlled grounding connections.

Precision Pulse Output Up to 500kV

• Wide Voltage Range: Supports 100kV to 500kV pulse outputs for high-energy applications.
• Fast Pulse Transmission: Pulse durations from 0.25 to 50 microseconds, ensuring efficient energy transfer.
• Insulating Oil Immersion: Open-construction design for operation in high-voltage insulating oil, reducing breakdown risks.
• Advanced Overvoltage Protection: Designed with built-in safety factors (50-100%) to prevent damage from overvoltages.
• Reliable Flashover Protection: Corona ring-to-core insulation prevents damage from accidental flashovers.

Applications:

• Aerospace & Defense – Avionics, MIL-STD-704, EMC compliance, 400Hz & wild frequency testing
• EV Charging & V2G/V2H Testing – On-board chargers, grid-tied inverters, smart grid simulation
• Energy Storage & Renewable Systems – Home ESS, solar PV/grid-tied inverter testing
• Industrial Power Simulation – Frequency conversion, harmonic analysis, transient simulations
• Smart Grid & Compliance Testing – IEC 61000, RTCA DO-160, IEEE 1547, and more

Applications

• Aerospace & Avionics – Frequency conversion (400Hz & wild frequency testing), MIL-STD compliance
• EV Charging & Power Electronics – On-board chargers (OBC), V2G/V2H testing, battery simulation
• Renewable Energy Systems – Solar PV/grid-tied inverter testing, home ESS & smart grid simulations
• Power Supply & Industrial Testing – AC/DC power supply evaluation, network server & data center testing
• Research & Development Labs – High-frequency power testing, compliance verification, transient simulations