Products

The 3110A Standards Waveform Generator is a feature-rich, intuitive tool for engineers conducting EMC testing. From automotive to aviation applications, this unit simplifies the most complex test routines.

Key Features:

• 3,400+ Built-In Tests for automotive and industry standards
• Fast Rise Time: 3 µs full-scale with up to 1 MHz bandwidth
• Segment-Based Waveform Creation for custom sequences
• Free Lifetime Standards Updates
• Automated Triggering via GPIO or LAN
• Flexible Output Control including frequency, amplitude, and DC offset
• Extremely Precise Resolution: 0.01 Hz frequency, 76 µV amplitude
• Supports All Common Waveforms: Sine, square, triangle, DC, ripple, and more

The Tabor 5200 PXI Waveform Generator is a versatile single-channel PXI arbitrary waveform generator that combines precision, speed, and flexibility in a compact module. It supports sine waves up to 25MHz, square waves to 15MHz, and offers 14-bit vertical resolution with 1M waveform memory. Equipped with ArbConnection software, the 5200 allows fast waveform creation, editing, and sequencing, making it ideal for PXI-based test systems and advanced laboratory applications.

Key Features

• Single-channel arbitrary waveform generator with 50MS/s sample rate
• Sine output up to 25MHz, square up to 15MHz, SINE OUT to 50MHz
• 14-bit vertical resolution for high waveform fidelity
• 1M waveform memory with segmentable storage up to 4096 segments
• Supports AM, FM, Arbitrary FM, FSK, Ramped FSK, and Sweep modulation
• Sequence capability with up to 4096 segments and burst repetitions
• Ultra-fast waveform downloads using DMA
• ArbConnection software for waveform design, import, and editing
• Flexible triggering via PXI bus, front panel, or manual commands
• Multi-instrument synchronization for phase-controlled outputs
• Occupies a single PXI slot for compact system integration

The Tabor 5201 PXI Waveform Generator is a high-performance single-channel PXI arbitrary waveform generator, delivering precision, speed, and versatility in a compact PXI module. It produces sine waves up to 50MHz, square waves to 30MHz, and provides 14-bit resolution with 2M waveform memory. Combined with ArbConnection software, the 5201 enables rapid waveform creation, editing, sequencing, and multi-instrument synchronization, making it ideal for advanced laboratory and PXI-based testing applications.

Key Features

• Single-channel PXI arbitrary waveform generator with 125MS/s sample rate
• Sine output up to 50MHz, square waves to 30MHz, SINE OUT to 125MHz
• 14-bit vertical resolution for high waveform fidelity
• 2M waveform memory with segmentable storage for up to 4096 segments
• Supports AM, FM, Arbitrary FM, FSK, Ramped FSK, and Sweep modulation
• Sequence capability with up to 4096 waveform segments and burst repetitions
• Ultra-fast waveform downloads using DMA
• ArbConnection software for waveform design, editing, and import
• Flexible triggering via PXI bus, front panel, or manual commands
• Multi-instrument synchronization for phase-controlled outputs
• Occupies a single PXI slot for compact integration

The Tabor 5251 PXI Waveform Generator is a high-performance single-channel PXI waveform generator designed for versatile lab and PXI-based testing applications. With 250MS/s sample rate, 16-bit resolution, and 2M waveform memory, it produces precise sine waves up to 100MHz and square waves up to 62.5MHz. Combined with ArbConnection software, it offers fast waveform creation, sequencing, modulation, and multi-instrument synchronization, making it ideal for modern communication and research systems.

Key Features

• Single-channel PXI waveform generator with 250MS/s sample rate
• Sine waves up to 100MHz, square waves up to 62.5MHz
• 16-bit vertical resolution for high-fidelity output
• 2M waveform memory, segmentable for up to 4096 sequences
• Supports AM, FM, FSK, PSK, ASK, frequency & amplitude hopping, and sweep
• Multiple run modes: trigger, timer, and trigger delay
• Ultra-fast waveform downloads via DMA
• ArbConnection software for waveform design, import, and editing
• Multi-instrument synchronization for phase-controlled outputs
• Occupies a single PXI slot for compact system integration

The BatReg² Battery Cycler is a high-precision bidirectional and regenerative battery testing system designed for advanced battery research, cycling, and charging applications. Built with state-of-the-art digital control and regenerative technology, it enables accurate testing while efficiently returning excess energy to the grid. With output ratings up to 100 V and ±150 A, this system delivers reliable performance for laboratories, research centers, and battery development facilities.

Key Features

• High-precision bidirectional and regenerative battery cycler
• Output capability up to 100 V and ±150 A
• Multiple regulation modes including Constant Voltage, Constant Current, and Constant Power
• 24-bit resolution at 100 kHz for precise output setting and readback
• Built-in polarity detection for safe battery connection
• Embedded web server interface for monitoring and configuration
• Integrated 24-bit Arbitrary Waveform Generator running at 100 kHz
• 4-channel precision oscilloscope for advanced signal monitoring
• High efficiency regenerative design that returns energy to the grid
• Low output noise and ripple due to high switching frequency architecture
• Ethernet connectivity supporting TCP/IP and UDP communication
• Optional trigger, analog control, auxiliary ADC, and K-type thermocouple inputs

The BT3554-50 Battery Tester streamlines the inspection of UPS and lead-acid batteries by providing fast, accurate measurement of internal resistance and voltage without taking the battery offline. Designed for field use, it combines precision, noise reduction technology, and smart wireless connectivity for efficient diagnostics and data management.

Key Features

• Measure internal resistance and voltage in just 2 seconds
• Diagnose battery condition (PASS, WARNING, FAIL) instantly
• Perform measurements while battery is online
• Noise-resistant technology ensures reliable readings
• Screen and audio guidance for simplified measurement
• Save and manage data via smartphone, tablet, or Excel® using GENNECT Cross (Z3210 adapter required)
• New ergonomic leads (L2020 Pin Type) for easy access to battery terminals
• Optional wall and shoulder straps for hands-free operation

The BT4560-50 Battery Impedance Meter provides accurate Electrochemical Impedance Spectroscopy (EIS) measurements for high-capacity batteries in EVs and ESSs. Designed for R&D and manufacturing, it simplifies the testing of internal battery resistance, charge transfer, and electrode behavior, while enabling multi-battery evaluation systems.

Key Features

• EIS measurement frequency: 0.01 Hz to 1.05 kHz
• Simultaneous impedance, voltage, and temperature measurement
• Dedicated evaluation software for R&D analysis
• Compatible with third-party equivalent circuit analysis
• LAN interface for production line integration and multi-channel testing
• Measures very low impedances: 1 mΩ or less
• Four-terminal pair probes reduce noise and ensure stable readings

The BT4560-60 Battery Impedance Meter delivers reliable Electrochemical Impedance Spectroscopy (EIS) measurements for EVs, energy storage systems, and high-capacity battery R&D and production. Engineered for precision and efficiency, it enables quick assessment of battery cell health, internal resistance, and electrode performance.

Key Features

• EIS measurement frequency: 0.01 Hz to 10 kHz
• Simultaneous impedance, voltage, and temperature measurement
• Dedicated software for R&D evaluation
• Compatible with third-party equivalent circuit analysis
• Scalable multi-battery testing via SW1001/SW1002 Switch Mainframes
• Measures very low impedances: 1 mΩ or less
• Four-terminal pair measurement for stable, noise-resistant readings

The FAST-Bi-1K5 Power Supply is a high precision bipolar, bidirectional and regenerative digital power supply designed for demanding testing environments. Built in a compact 19 inch 2U form factor, it supports four quadrant operation and provides output ratings up to ±100 V and ±150 A. With advanced digital control, embedded monitoring tools and energy regenerative architecture, this power supply offers an efficient solution for battery testing, EV systems, fuel cells and laboratory research applications.

Key Features

• 1.5 kW bipolar bidirectional regenerative power supply
• Four quadrant operation across the voltage current plane
• Output ratings up to ±100 V and ±150 A
• Multiple regulation modes including CV, CC, CP and CR
• High precision 24 bit resolution at 100 kHz sampling rate
• Built in Arbitrary Waveform Generator operating at 100 kHz
• Integrated 4 channel oscilloscope for signal monitoring
• Embedded web server interface for remote control and configuration
• Gigabit Ethernet connectivity with TCP IP and UDP communication
• Energy regenerative architecture returning excess power to the grid
• Low noise and ripple due to high switching frequency design
• Parallel operation of up to four units for increased power capability

The FAST-PS Power Supply is a high performance bipolar digital power supply series designed for fast and precise current and voltage control. With power ratings up to 600 W, this advanced unit combines digital control technology with built in waveform generation, signal monitoring and flexible communication interfaces. The integrated web server and powerful control architecture make the FAST-PS Power Supply an ideal solution for laboratories, research facilities and demanding industrial applications.

Key Features

• High performance bipolar digital power supply with power ratings up to 600 W
• Precise current and voltage control modes for flexible operation
• Built in Arbitrary Waveform Generator operating at 100 kHz
• Integrated four channel oscilloscope with advanced triggering features
• Embedded Linux operating system with web based user interface
• High speed Ethernet connectivity with 10/100/1000 Mbit communication
• Dual SFP or SFP+ communication slots for fast feedback control
• Digital control loop for precise response and load adaptation
• Local display and interface for monitoring voltage and current
• Integrated protection including over voltage, over current and over temperature
• Optional analog control input for amplifier compatibility

Key Features

• Fully integrated battery test system with cycler, chamber, and controls
• Pre-configured AES chambers and MACCOR cyclers for turnkey operation
• No integration required, ready for immediate deployment
• Supports R&D, cycle life, performance validation, and abuse testing
• Wide current range from microamp-level to 3,200 A total system capacity
• Channel scalability from 1 to 192 channels for flexible testing needs
• Compatible with cylindrical, pouch, prismatic cells, modules, and packs
• Energy-efficient regenerative testing with up to 90% energy recovery
• Temperature control range from -20 °C to +80 °C with automotive options
• Unified software, safety systems, and pre-wired setup included

Featuring an ultra-compact 0.35”microLED display with high-brightnessand high-resolution technology,delivering dynamic visuals and seamlessintegration for next-generationautomotive heads-up display (HUD).

Key Features of High Brightness High Resolution 0.35″ Micro-Display:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellent visibility inboth indoor and outdoor environments.
• Robust Durability: Built to withstand demandingconditions for long-term reliability.
• Ultra-Thin & Lightweight: Designed for seamlessintegration into compact spaces, leveraging microLED’sinherently slim profile without compromisingperformance.
• Power-Efficient Design: Consumes significantly less powercompared to traditional display technologies, extendingbattery life for wearable devices.

Key Features:

• Fully automated battery testing for large packs up to 300 V
• Simultaneous measurement of internal resistance (AC-IR) and open-circuit voltage (OCV)
• Wide resistance range: 3 mΩ to 3.1 kΩ with 0.1 μΩ resolution
• Voltage measurement ranges: 6 V, 60 V, and 300 V with high precision
• Equipped with LAN interface for production line integration
• Fast, accurate AC four-terminal method
• Resistant to static electricity (±30 kV contact discharge)
• Ideal for high-voltage pack inspection and quality control

Key Features:

• Fully automated battery testing for small cells and packs up to 60 V
• Simultaneous measurement of internal resistance (AC-IR) and open-circuit voltage (OCV)
• Wide resistance range: 0 Ω to 3.1 kΩ with 1 μΩ resolution
• Voltage measurement ranges: 6 V and 60 V with high precision
• Equipped with LAN interface for integration with production lines
• Rapid measurement using AC four-terminal method
• Highly resistant to static electricity (±30 kV contact discharge)

Key Features:

• Fully automated battery testing for large cells and mid-sized packs up to 100 V
• Simultaneous measurement of internal resistance (AC-IR) and open-circuit voltage (OCV)
• Wide resistance range: 3 mΩ to 3.1 kΩ with 0.1 μΩ resolution
• Voltage measurement ranges: 6 V, 60 V, and 100 V with high precision
• Equipped with LAN interface for production line integration
• Fast, accurate AC four-terminal method
• Resistant to static electricity (±30 kV contact discharge)
• Ideal for production, shipping inspection, and quality control

Key Features:

• Industry-leading precision for OCV and AC-IR testing of EV battery cells
• Ultra-high resolution for advanced cell grading (down to 0.01 µΩ)
• Fast testing speeds with excellent reproducibility
• MIR mode enables parallel testing without interference
• Channel-specific correction and multiplexer support
• Reliable long-term system operation with route resistance monitoring
• Easy integration with existing systems (BT3562A command compatibility)
• Compact, lightweight design for lab or production lines