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

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

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

The REGUL8OR Power Controller is a high performance programmable power supply controller designed to transform standard power converters into advanced digitally controlled power systems. Equipped with a built in web server, waveform generation tools and a multi channel oscilloscope, it enables precise monitoring and control of voltage and current in demanding laboratory and industrial environments. Supporting voltage up to ±200 V and current measurements up to 1000 A with 0 FLUCS DCCT technology, this controller provides exceptional accuracy, stability and flexibility.

Key Features

• Digital programmable power supply controller with advanced FPGA based control
• Supports voltage up to ±200 V and current measurement up to 1000 A
• Integrated 0 FLUCS current transducer technology for high precision sensing
• Embedded web server for configuration and monitoring
• Built in Arbitrary Waveform Generator for custom signal generation
• Integrated four channel oscilloscope for real time measurement
• Gigabit Ethernet connectivity with TCP IP and UDP communication
• Fanless design for quiet and reliable operation
• Compatible with multiple programmable power supplies and amplifiers
• High resolution waveform monitoring at 100 ksps per channel

The TetrAMM is a high precision 4-channel picoammeter engineered for fast and reliable low current measurements in advanced research and detector applications. Designed for demanding laboratory and beamline environments, the system delivers simultaneous 24-bit sampling at speeds up to 100 kHz per channel. Its integrated bias voltage source, high speed Ethernet connectivity, and real time onboard processing make it an ideal solution for applications requiring accurate multi channel current monitoring and detector biasing.

Key Features

• 4 channel simultaneous current measurement
• 24 bit ADC resolution for precise low current detection
• Sampling rate up to 100 kHz per channel
• Integrated low noise bias voltage source
• Bipolar current measurement capability
• Gigabit Ethernet interface with TCP/IP and UDP support
• SFP link for high throughput data acquisition
• Configurable sampling frequency and auto ranging functionality
• Trigger output with configurable threshold detection
• Real time FPGA based onboard data processing
• Compact and robust instrument design
• Plug and play oscilloscope software included

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

• Superior Noise Reduction – Attenuates up to 24 dBA, making it perfect for quiet office environments.
• Efficient Cooling – Six ultra-quiet fans expel up to 3 kW of thermal heat.
• Flexible Installation – Available in 24U, 35U, and 44U heights with 36” and 42” depths.
• Durable Construction – Made from 12-gauge US-finished steel with a maximum load capacity of 2,000 lbs.
• Comprehensive Security – Key lockable front and rear doors, with optional locking side panels.
• Acoustic Lined Panels – Fully lined with sound-absorbing material for maximum noise control.
• Versatile Color Options – Available in 7 standard colors including Black, Pearl White, Granite, Platinum, White, Dark Grey, and Blue.
• Complete Accessibility – Removable side panels for easy installation and maintenance.
• Integrated Temperature Display – Real-time temperature monitoring with remote sensor support.
• Cable Management – Bottom rear cable entry accommodates up to 500 CAT 5 cables.

Ideal for:

• Small & Medium Businesses – Deploy IT infrastructure without dedicated server rooms.
• Edge Computing – Reduce latency and bandwidth strain with localized computing.
• Secure Data Centers – Enhance equipment security & environmental control.

With its compact footprint, advanced cooling, and soundproofing technology, the EDGE 3 enclosure offers a quiet, efficient, and scalable alternative to traditional server rooms.

Customizable Configurations for Any Environment

• Freestanding cabinets with adjustable 19” EIA square hole rails and depths of up to 38”.
• Wall-mounted units (cold-rolled steel or stainless steel) available in 12U and 19U sizes.
• Outdoor-ready enclosures for harsh industrial conditions.

Ideal for:

• Telecom & Network Infrastructure
• Industrial Automation & Edge Computing
• Smart Grid & IoT Deployments
• Military & Government Facilities

The KARIS SRK Precision Cooling Cabinets are a space-saving, cost-effective solution for securely housing IT and industrial equipment while maintaining optimal environmental conditions.

• Fully assembled design for hassle-free installation.
• Hinged swing-out option for rear access to cables and equipment.
• Adjustable rails and multiple cable management points.
• Lockable side panels and glass doors for added security.
• Compatibility with power, cooling, and shelving accessories.
• Removable back panel for simplified mounting.
• Durable black powder-coated finish with EIA 310-D compliance.

The KARIS SRK Series Wall-Mount Cabinets provide an ideal solution for IT professionals and data centre managers looking for efficient, secure, and accessible equipment housing.

• Noise reduction of up to 31 dBA, making servers whisper-quiet.
• Up to 12 kW heat dissipation, ensuring optimal thermal management.
• IoT-enabled U-Telligent Management System (UMS) for remote monitoring, security, and alerts.
• Built-in security with internal camera mounting, electronic locking, and real-time access alerts.
• Available in 12U, 24U, and 42U heights, supporting all major server brands.
• Flexible installation options, allow for easy integration in offices, labs, and industrial settings.
• Energy-efficient EC fans, dynamically adjust speed based on heat load to reduce energy costs.
• Fully enclosed design with soundproof cable entry points, maintaining maximum acoustic performance.

Karis SRK Series Server Cabinets are a reliable way to keep sensitive electronics safe. The professional design features a ventilation rate of more than 74%, providing adequate cooling for the entire system. Karis’s server cabinets will make integrating your data center or data closet fast and easy.

• Curved locking front door with ventilation rate above 80%
• Split locking rear door with ventilation rate above 80%
• Horizontally split locking side panels make access easy
• Two heights, two depths, and two widths available
• Rear vertical cable managers (two) include
• Square hole mounting rails are adjustable front to rear
• Grounding kit included
• Levelers and heavy duty casters come standard
• Full range of optional accessories
• 5 year warranty

• 3GHz RF analog signal generator
• AM, FM, PM, Sweep & Pulse Modulation
• Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
• Field ready, with 10” touch screen suited for day and night use and 2 hour battery operation
• Remotely programmable via MATLAB, Python, LabVIEW and other software programming environments.
• Removable uSD card for instrument security