Products

The 7548 Linear Amplifier is a high-output, low-noise solution engineered for precision and reliability in demanding environments.

Key Features:

• Up to 100 Ap / 195 Vp output
• Delivers 12,000W peak power for 40 ms
• Supports continuous 5,500W output into 1Ω load
• Operates from DC to 100 kHz bandwidth
• Field-selectable current or voltage mode
• Ideal for MIL-STD-704F three-phase testing
• Stackable for 800 Vp or 170 Ap system output
• Built-in protection against over-voltage, over-temp, and overload
• Intuitive LCD display and status indicators

7796HC Linear Power Amplifier – High Current DC & AC Precision

Key Features:

• Output up to 85A continuous, 200A in-rush current
• Frequency response: DC to 100+ kHz
• Four-quadrant operation: source and sink
• Field-selectable voltage or current modes
• Stable with resistive, inductive, and capacitive loads
• Multiple protections: Over/under voltage, current, and temperature
• Supports DC ripple, surge, dropout, and ground noise simulations
• Ideal for high-current DC Conducted Immunity testing
• LCD with real-time voltage and current metrics
• Supports both balanced and unbalanced inputs

Aetec 7794 High Current Industrial Amplifier

Key Features:

• Up to 200 Ap / 100 Vp; DC to 150 kHz bandwidth
• Stable with resistive, inductive, or capacitive loads
• Controlled-voltage or controlled-current operation
• Switchable rail supply for optimized load impedance
• 60A continuous output at 13.8V DC
• ±95V DC and >35 V/µs slew rate
• Four-quadrant operation: sourcing and sinking
• Extensive protection against overvoltage, overcurrent, overtemperature
• Rack-mountable chassis with LCD fault diagnostics

AETechron 7796 Amplifier – High-Current, Low-Impedance Industrial Power
Ideal for precision testing, EMC simulations, and MRI systems.

Key Features:

• Delivers over 200 Ap peak current, up to ±180V
• DC to 100 kHz bandwidth for versatile signal reproduction
• Four-quadrant operation (source/sink modes)
• Operates in both voltage and current-controlled modes
• Handles in-rush currents up to 200A
• Field-configurable rail supply modes for load optimization
• Advanced protection against voltage, current, and thermal faults
• Stackable for higher voltage or current (up to 800 Ap)

The DSR 400 Series Test System is a compact, high-performance simulator for rigorous AC and DC immunity testing. Built for DO 160 and MIL STD 704 compliance, it integrates a powerful waveform generator, cutting-edge power technology, and a vast standards library—making it an ideal solution for demanding EMC test labs.

Key Features:

• Complete Test Solution for DO 160 Sec. 16 and MIL STD 704
• Built-In Standards Library with 3,400+ automotive and aviation test routines
• 4-Quadrant Operation: Sources and sinks current for complex test needs
• High Surge Capability: Delivers 5x rated power for 200 ms
• Fast Rise Time: Less than 30 µs for real-time performance
• Modular Output: 80A or 160A continuous current options available
• Multiple Waveform Options: Includes sine, ripple, triangle, sawtooth, square, and DC
• Remote Control Ready: LAN and GPIO integration for larger systems
• Easy-to-Use Interface: Pre-configured or user-custom test sequences

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.

Engineered for cutting-edge EV, automotive, and aerospace compliance, the HVR 1000 is a complete high-voltage ripple test system built to handle demanding lab environments with unmatched precision and safety.

Key Features:

• Wide Frequency Range: AC ripple from 10 Hz to 200 kHz
• High Voltage Output: Up to 1000V DC and 60 kW power
• Waveform Versatility: Generates sine, triangle, and custom signals
• Robust Safety: Multi-layer overvoltage, overcurrent, and thermal protection
• Zero Licensing Fees: Future test standard updates included
• User-Centric Interface: Intuitive controls with HDMI and LAN support
• Flexible Configuration: Available as HVR 1000RG (Ripple Generator only)
• Space-Saving Design: Small footprint, ideal for compact lab setups

The HVR 1200RG Ripple Generator is a powerful, next-gen solution tailored for electric vehicle high-voltage testing. Designed for use with traction inverters and HIL test stands, this rugged system delivers unmatched ripple current and voltage capabilities across a wide frequency range.

Key Features:

• Ripple Current Output: Up to 600 A peak
• Voltage Range: 0 – 150 Vp (300 Vp-p)
• Wide Frequency Support: 150 Hz to 300 kHz
• DC Voltage Compatibility: 0 – 1200 V (or up to 2000 V in bridged mode)
• Data Monitoring: Real-time tracking of voltage, current, and impedance
• Built-In Protections: Handles short circuits and noisy DUTs effortlessly
• Modular & Expandable: Configurable for current and future EV standards
• Noise-Resistant: Engineered to operate accurately in high-noise environments

Showcasing a large 10” panel withultra-bright, energy-efficientmicroLED technology, deliveringdynamic visuals and seamlessintegration for next-generationintelligent vehicles.

Ket Features:

• 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.
• Vibrant RGB Color Reproduction: Delivers rich, high-contrast visuals with precise color accuracy, enhancingvisuals for display applications.

Advancing automotive displayswith ultra-bright, energy-efficientmicroLED technology, enablingdynamic visuals and seamlessintegration for next-generationintelligent vehicles.

Key Features:

• 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.
• Vibrant RGB Color Reproduction: Delivers rich, high-contrast visuals with precise color accuracy, enhancingvisuals for display applications.

Revolutionizing automotivelighting with ultra-bright, energy-efficient microLED displays,enabling adaptive illuminationand seamless integration for next-generation intelligent vehicles.

Key Features:

• 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.
• Segment-Driven Intelligence: Enables optimal messagingthrough precisely controlled lighting segments, enhancingintelligent lighting capabilities for smart automotiveapplications and other high-performance devices.

Transforming automotive lightingwith ultra-bright, energy-efficientmicroLED displays, deliveringprecision illumination andseamless integration for next-generation vehicles.

Key Features:

• OVERVIEWUltra-High Brightness: Engineered to perform in a widerange of lighting conditions, ensuring excellentvisibility in both 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 lesspower compared to traditional display technologies.

• High Accuracy & Precision – Achieves ±30 ηA accuracy on multi-current range channels, ensuring reliable and consistent results.
• Scalable Configurations – Choose from 1 to 16 channels across three series configurations, providing flexibility to expand as testing needs grow.
• Compact & Space-Efficient Design – Desktop form factor saves space while maintaining full testing capabilities.
• Comprehensive Data Collection – Log current, voltage, time, temperature, and other critical parameters with high-speed data acquisition.
• Versatile Applications – Ideal for cell and battery testing, fuel cell testing, super-capacitor testing, thermal battery testing, qualification testing, and more.
• Turn-Key System – Pre-configured software and hardware bundles ensure quick deployment and easy setup.
• Advanced Software Integration – Seamlessly integrates with Maccor’s proprietary software for automated testing, data analysis, and reporting.
• Safety & Reliability – Designed with built-in safety features to protect both users and equipment.
• High-Speed Data Logging – Collects high-resolution data for in-depth performance analysis and characterization.
• Multiple Test Modes & Sequences – Supports constant current, power, resistance, pulse, and custom waveforms for comprehensive testing scenarios.

The Maccor Cell, Battery, and Module Test Systems are perfect for:

• Battery and Cell Testing
• Module and Pack Testing
• Fuel Cell & Super-Capacitor Testing
• Research & Development
• Quality Control & Manufacturing

• Electrical energy is returned to the AC grid during discharge
• 100% duty cycle standard – No system power limit, test channel rated for continuous operation at full power, allows use in testing very high power storage batteries and EV systems
• Drive Cycle Simulation – Waveforms can be imported into the test procedure to increase test efficiency and reduce potential operator error
• Local emergency cut-off switch, automatic shutdown on loss of AC power, reverse voltage protection, internal circuit breakers – Provides a high level of safety
• Automatic scaling of data in W/kg or C-rate for drive cycle simulation programs and other test procedures – Reduces operator workload
• Real-time data and graphics – Allows battery performance to be visually monitored at any time as the test progresses

• Addressable Chamber Controllers allow multiple chambers to be controlled on a single Maccor test system.
• Chamber Temperature Set Points are set directly from Maccor’s Test System Software as a step in the test procedure.
• The compact design allows the chamber to easily fit onto a benchtop.
• If bench top and floor space are limited, the 7U height and compact design make it possible to stack up to four chambers in a standard 19” industrial rack cabinet.
• Electrical feedthroughs allow electrical connections inside the chamber while maintaining a maximum seal.
• Optional interface board can be installed inside the chamber to allow a plug-in interface that can accommodate Maccor’s molded Kelvin and coin cell holders.
• Large 3” (76 mm) diameter cable portal on the right side of the chamber.
• Non-Conducting Powder Coated Interior.