Products

The Model P9482M from the Tabor Electronics Proteus family is a high performance RF Arbitrary Waveform Generator module designed for advanced electronic warfare, radar simulation, quantum research, and next generation wireless communication testing. Built on a powerful SDR architecture, this modular RF transceiver combines ultra fast waveform generation, real time feedback processing, and scalable multi channel synchronization in a compact PXI Express platform.

Key Features

• 9GS/s 16 bit RF DAC for ultra precise waveform generation
• 8GS memory with high speed waveform streaming capability
• 2 channel RF AWG module with 8 programmable markers
• Advanced SDR architecture for real time signal processing
• Modular PXI Express design scalable from 2 to hundreds of channels
• Integrated digital IQ modulators and demodulators
• Excellent phase noise and low spurious performance
• Fast PCIe data transfer for uninterrupted streaming and recording
• Real time feedback control for conditional waveform generation
• Task driven non linear waveform sequencing with FPGA integration
• Ideal for EW simulation, radar target generation, qubit control, and massive MIMO research
• Programmable using Python, MATLAB, C, and LabVIEW

A compact, high-performance power supply for automotive EMC and battery voltage simulation.

Key Features:

• Battery simulator for 12V, 24V, 42V, and 48V systems
• Output: 0–66V / 0–55A (max)
• Fast voltage rise time up to 100V/µs
• ISO 7637-2 and ISO 16750-2 compliant
• Remote control via CAR-Remote Software
• Impulse Recording Function (IRF) included
• Compact 19-inch desktop form (15 kg only)
• Overvoltage and thermal protection
• Slew rate: 10V/µs with fan cooling system
• Compatible with HILO CAR-SYS test systems

High-performance power simulator designed for advanced EMC and automotive voltage testing.

Key Features:

• Supports 12V, 24V, 42V, 48V, and 70V automotive systems
• Battery simulation with up to 220A current
• Fast voltage rise time up to 100V/µs
• ISO 7637-2 and ISO 16750-2 compliant
• Integrated Impulse Recording Function (IRF)
• Full remote control via CAR-Remote software
• Ethernet interface and built-in safety interlock
• Cooling via fans and heat sink for reliable operation
• Compact 19-inch rackmount desktop system (60 kg)
• Overvoltage and thermal protection included

The PS1112S Power Supply is a compact low noise power supply designed to deliver stable 12 V output for sensitive measurement and instrumentation systems. Built with a mixed switching linear architecture, this high efficiency unit ensures extremely low ripple and noise levels that help maintain measurement accuracy. With a maximum output power of 14 W and a robust stainless steel enclosure, the PS1112S Power Supply is an ideal solution for powering precision electronic devices and scientific instruments.

Key Features

• Low noise fixed voltage power supply with stable 12 V output
• Maximum output power of 14 W for precision electronic systems
• Maximum output current of 1.2 A depending on input conditions
• Mixed switching linear power architecture for low noise performance
• Extremely low ripple and noise in the DC to 1 MHz frequency range
• Compact and durable stainless steel enclosure
• Designed for accurate measurement and instrumentation systems
• High efficiency design while maintaining low noise operation
• Suitable for powering electrometers and precision measurement devices
• Optimized for laboratory and research equipment applications

The PS1215 Power Supply is a compact, high-precision dual-voltage power supply delivering ±15 V output for sensitive instrumentation. Engineered with a mixed switching-linear design, it ensures ultra-low noise performance for high-accuracy devices, particularly the 0-FLUCS current transducer series. Housed in a robust stainless steel enclosure, it provides 27 W of clean power while minimizing cable-related noise pickup, making it ideal for laboratory and research applications.

Key Features

• Dual-voltage output: ±15 V for precision instruments
• Maximum output power: 27 W with AC derating
• Ultra-low noise: 0.001 % for clean DC operation
• Mixed switching-linear design for efficiency and low ripple
• Compact and durable stainless steel enclosure
• Compatible with 0-FLUCS DC Current Transducer series
• Two cable options for voltage-output or current-output transducers
• Ideal for high-precision DCCT measurements
• Reduces cable length noise pickup for sensitive setups
• Optimized for laboratory and high-accuracy instrumentation

Experience precision RF signal analysis on the go with this lightweight, handheld analyzer designed for both lab and field use.

Key Features:

• Frequency range: 1MHz to 1.3GHz (PSA1303) or 2.7GHz (PSA2703)
• RBW: 300Hz to 10MHz
• -115dBm typical noise floor
• Dual markers with absolute/difference values
• AM/FM demodulation in zero span
• Auto-find & smart marker peak tracking
• USB for waveform saving and PC connection
• Live, View, and Reference trace modes
• 6-hour lithium-ion battery operation
• Weighs just 0.58 kg
• Optional U01 Upgrade: Limit lines, data logging, triggering, compensation tables

High-performance, battery-powered spectrum analyzers ideal for RF engineers and field use.

Key Features:

• Frequency range: 10MHz to 3.6GHz or 6.0GHz
• -120dBm typical noise floor
• Resolution bandwidths from 300Hz to 10MHz
• AM/FM audio demodulation with zero span
• Live, View & Reference traces with markers
• Smart marker tracking with peak detection
• USB data logging & real-time PC view
• Compact, lightweight (0.56 kg) with >3hr battery
• Optional U02 features: limit lines, OBW, ACPR, AM/FM waveform demodulation

The Pulse Generator MR8791 is a plug-and-play input module for Hioki Memory HiCorders, designed for precise control simulation testing of electronic control systems.

Key Features

• Outputs pulse and pattern waveforms on up to eight channels
• Supports TTL level and open-collector output signals
• Designed for control simulation testing of ECUs and control boards
• Suitable for engine, airbag, brake, and power steering systems
• Wide frequency range for pulse and logic pattern generation
• Built-in self-test function for reliable operation
• Isolated design between unit and output channels
• Compact form factor for laboratory and test bench integration

Pulse RF Amplifiers from Exodus Advanced Communications are engineered to deliver high peak power and precision performance across a wide frequency range. Designed for pulse-based RF applications, these solid state power amplifiers provide reliable signal amplification with excellent gain stability and fast response. Built using advanced semiconductor technologies, Pulse RF Amplifiers support demanding applications such as radar systems, RF immunity testing, and high power pulse transmission.

Key Features

• Wide frequency range from 1 MHz to 18 GHz
• High peak output power up to 20 kW for system configurations
• Solid state pulse amplifier design for reliable RF performance
• Advanced technologies including LDMOS, GaN, and GaAsFET
• High gain performance up to 69 dB
• Fast response for pulse signal applications
• CW and pulse optimized designs for accurate signal control
• Rugged construction for demanding RF environments
• Available in benchtop, rackmount, and modular formats
• Ideal for radar, HIRF testing, and RF communication systems

The Hioki PW3360 Clamp On Power Logger is a compact and portable power measurement solution designed for accurate energy audits and power demand monitoring. Built for single-phase to three-phase, four-wire systems, it enables safe and efficient measurement using clamp sensors without interrupting operations.

Key Features

• Supports single-phase to three-phase, four-wire circuits
• Measures voltage from 90 V to 780 V
• Simultaneously measures up to three single-phase, two-wire circuits
• Compact and lightweight design for confined installations
• Long-term data storage using SD cards
• Quick Set function guides correct wiring and setup
• Graphical trend and demand display for quick analysis
• Optional harmonic measurement up to the 40th order

The Hioki PW3365 Clamp On Power Logger is a next-generation power measurement solution designed to eliminate short-circuit risks and electrical accidents. Using a non-metallic voltage sensor, it allows safe voltage measurement by clamping directly onto insulated cables or busbars without exposing live conductors.

Key Features

• Non-metallic voltage measurement eliminates short-circuit risk
• Supports single-phase to three-phase, 4-wire systems
• Voltage measurement range from 90 V to 520 V
• Harmonic analysis up to the 13th order
• Compact, lightweight design for flexible installation
• Stores long-term measurement data on SD cards
• Quick Setup function prevents wiring mistakes
• Ideal for energy audits and power quality assessments

The PW9100A AC/DC Current Box is a high-precision, direct-coupled current measurement device designed for use with Hioki Power Analyzers. Optimized for testing inverters, EVs, hybrid systems, and renewable energy equipment, it supports multi-channel measurements with unparalleled accuracy and wide bandwidth.

Key Features

• Direct AC/DC measurement up to 50 A
• Wide frequency bandwidth: DC to 3.5 MHz
• Exceptional power accuracy: ±0.055% with PW8001 (with U7005)
• Full-rack design for easy bench integration
• Supports 3- or 4-channel measurement options
• Automatic current sensor detection with PW8001
• High common-mode rejection: 120 dB at 100 kHz
• Ideal for high-precision motor, inverter, and EV testing

Key Features:

• PXI/cPCI JTAG controller for seamless integration into PXI-based test systems
• Supports up to 4 JTAG chains on a Unit Under Test (UUT)
• Configurable I/O pin-out for maximum flexibility across projects
• Fully compatible with other XJLink2 controllers
• TCK clock speeds up to 166 MHz
• Programmable voltage domains from 1.1 V to 3.3 V in 0.1 V steps
• Built-in voltage meter and frequency counter on all I/O pins
• Adjustable signal termination with auto-skew control
• Includes LabVIEW™ Virtual Instruments (VIs) for easy integration
• Self-contained licence for use on multiple PXI racks or servers

The QDS Quench Detection System is a 4-channel precision device designed for fast and reliable superconducting magnet protection. Each channel supports independent multi-range measurement, floating up to 100 V, and provides high-resolution data for both absolute and differential quench detection. Configurable detection windows from 1 ms to 1 s and Ethernet connectivity allow seamless control and integration with magnet power systems. Ideal for laboratories and industrial applications requiring high-accuracy magnet monitoring.

Key Features

• 4 independent floating channels up to 100 V
• Multi-tap precision measurement: ±20 V to ±20 mV ranges
• Ultra-high resolution: 2.4 μV to 2.5 nV
• Configurable detection windows from 1 ms to 1 s
• Absolute and differential quench detection modes
• 24-bit resolution and 100-kHz sampling rate per channel
• Fast 10/100/1000 Mbit Ethernet connectivity (TCP-IP/UDP)
• Interlock and output status signals for system integration
• Persistent Switch driver outputs: 12 V and 24 V
• Remote firmware updates via CAEN ELS website

• Wide range of voltage/current combinations
• Up to 80V and up to 50A within the same power envelope
• Low output ripple and noise of <3mV rms at full power
• High setting resolution of 1mV
• Analogue control interfaces for voltage and current
• Bench or rack mounting, front and rear terminals
• USB and LAN (LXI) interfaces with GPIB optional (QPX600DP, QPX1200SP and QPX750SP)