• The Narrow Linear Diffuse Light series is ideal for precision scanning of highly reflective materials. 
• The DL151 is available in a wide range of wavelengths and provides up to 28kLux at a 1” (25mm) standoff. 
• The extruded aluminum enclosure can be expanded in 2″ (51mm) increments from 2″ to 70″ (1778mm).

High Intensity Bar Lights with a large degree of available customization: 

• 16 available wavelengths 
• Expandable in 6″ (150mm) increments up to 84″ (2.13m) 
• Optional heat sink for higher performance and/or high ambient temperatures 
• Optional light conditioning including polarization and diffusion 
• Optional IP65 rated sealing for washdown environments
• – 3 lens options for narrow, medium and wide beam spreads 

All available with 2 week lead times

• Network Enabled Distribution Amplifier 
• Low Phase Noise Reference Frequency Outputs 
• Fault Alarm Output 
• 1U 19″ Rack Mount 
• Frequency Synthesizer Option 
• Hitless Switching of Reference 
• Programmable Amplitude 
• Propagation Delay Compensation 
• 10 MHz Standard, Other Frequencies Available

• This Large Area Diffuse Light provides extremely diffuse illumination over an area of 18” square (457mm). 
• Available in a wide array of wavelengths, providing up to 7kLux at a 1” (25mm) standoff. 
• At 13.6 pounds (6.2 kilograms), the DL071 is both rugged and lightweight.

• The fourth generation of Ai’s popular Inline Control System. 
• High Output Power: Capable of delivering 2.1 amps of continuous output and up to 8 amps in overdrive strobe at 24V, outperforming all other inline controllers on the market. 
• Compact & Rugged: Sleek enough to fit through wiring conduit with its compact anodized aluminum housing and sealed to IP68 standards for prolonged liquid immersion and complete dust protection. 
• Plug-and-Play Functionality: Enabled with SignaTech™, allowing for simplicity when overdriving, without risk of damage to the lighthead. For more information, please refer to the Product Manual

• Specified performance to 43.5 GHz with Extended K™ ports
• Simple signal integrity testing of passive multiport and differential devices
• Advanced time domain option provides tools for signal integrity analysis
• Wide dynamic range enables measurement of very low reflection artifacts
• Excellent corrected directivity minimizes measurement uncertainty
• SmartCal™ auto calibration unit reduces calibration and setup time
• Time domain with time gating option enables TDR-like measurements
• Modern LAN interface for remote control is faster than GPIB
• A common GUI and SCPI interface within the ShockLine family
• The compact 3U high chassis allows for the efficient use of rack space
• Bias tee option simplifies test setups where the DUT needs DC biasing
• Universal Fixture Extraction (UFX) software option provides advanced de-embedding tools for test fixture extraction

• IRIG A & B/IEEE-1344, and NASA 36 inputs standard 
• HaveQuick sync option 
• Propagation delay compensation 
• Zero latency time reads 
• Match Time output (P4) 
• IRIG B time code output option 
• External Event time tag (P4) 
• Three user programmable rates 
• Ruggedization option 
• Multi-pin Front Panel P4 I/O option

Linea line scan cameras deliver the performance and features usually found in high-end cameras at an attractive price point. Based on advanced CMOS line scan technology, Linea GigE cameras have a 2k or 4k single line 7.04 µm x 7.04 µm pixel array. With excellent sensitivity and speed, Linea surpasses the requirements of demanding applications —such as materials grading and inspection, transportation safety, and general purpose machine vision.

The energy industry is primed for a wave of monumental change. The transition to renewable and alternative energy sources, advancements in energy storage, the rise of smart grids, and the electrification of transportation are driving significant changes domestically and globally. These developments mean organizations require new testing protocols, enhanced safety standards, advanced testing equipment, and comprehensive interoperability and cybersecurity assessments. Regulatory changes and technological innovations further complicate testing requirements, demanding scalable and real-world simulation capabilities. When testing facilities must adapt rapidly to support R&D efforts, it’s essential that they ensure the safe, efficient, and sustainable deployment of new energy technologies. All of these factors demand energy laboratories that are future-proofed for innovative solutions.