• Light-tight version and EMI-shielded version for low noise and light-sensitive measurements
• Application flexibility, ideal for use in high frequency applications
• Sized to accommodate thermal chucks, laser cutter, and video equipment on the probe system
• Suitable for integration with vibration isolating tables

Provides 15,000A DC at 5V DC in current mode 

• Single complete package 
• Integrated bus bars 
• Current mode Analog programming 
• Input 400VAC, 220A/ph, Delta

Acquire high quality images with accurate radiometry for LEO (Low Earth Observation) earth observation applications with 65 MP focal plane and control electronics. From a 500 km orbit, SEEING™ 230 Ident has 9 x 6 km2 swath, offering a 1.03m native Ground Sample Distance (GSD), and features a super-resolution optional mode providing 70cm GSD. Thanks to its unique design, SEEING™ 230 Ident has an ultra-low SWaP factor. It is made of advanced ceramic material for strength during launch and stability during operation in space. It is athermalized and gradient insensitive between -10°C to +50°C. It has a low mass, below 8kg, saving both platform and launch costs.

• Energy absorber with a rating of 400VDC at ±150A 
• Provides up to 400V at 150A for 60kW of output power
• Energy Absorber Load chassis creates a total resistance of approximately 1.5 Ohms at 30kW continuous and 60kW peak

Bus simulator includes BPMU and SPU 

• Provides enhanced measurement and data-logging of up to 40 channels. 
• Bus Power Monitoring Unit (BPMU) can be easily relocated to TVAC chamber to ease cabling complications 
• Data can be viewed either in spreadsheet or graphical format 
• Spacecraft (Payload) Protection Unit (SPU) provides 10 μsec reaction to out-of-tolerance conditions

• Modular 
• Control up to 95 assets 
• Control multiple AC and DC power supplies and loads in one mainframe 
• Create “virtual assets” 
• Web browser control 
• User configurable 
• Highest Power Density 
• Simple integration 
• PFC 
• Universal AC/DC input 
• Up to 6kW in one mainframe 
• 1kW DC modules 
• PFC ≥0.95 
• Reduced space and logistics hassles 
  • High power density 
  • Handles DC and AC power and load modules 
  • User configurable 
  • Universal AC/DC input 
• Ease of integration 
  • Web browser control 
  • Trigger bus 
  • Configure modules to parallel or series operation “on the fly”

• Highest Power Density 
• Comprehensive Digital and Analog Interface Options 
• Scalable, Multi-Unit Design 
• Multi-Channel Support 
• Straightforward Front Panel Controls 
• High Reliability

• High Intensity: up to 9x brighter than the existing SL191 Pattern Projecting Spot Light and more than 3x brighter than the leading competitive structured light projector. 
• Projection patterns are easily configured with available reticles, including line, grid, cross, multiple lines, and half sphere, with custom reticles available. 
• Customizable: available in multiple wavelengths, including white. 
• Constructed with a large heat sink for improved LED thermal management to facilitate increased brightness while maintaining safe operating temperatures. 
• Ideal solution for machine vision inspection applications requiring structured illumination, including edge detection, locating offsets, and assessing topography. 
• Requires a reticle and lens (sold separately); see available reticles here.

• The SL112 is characterized as a Medium Intensity Spot/Coaxial Light and is designed primarily to replace fiber optic light sources in coaxial lensing applications. 
• Optional couplers are available for use with Dolan-Jenner, Fostec, and Moritex fiber bundles. 
• The spot light is designed with sufficient thermal management to provide 22kLux at a working distance of 4” (100mm). 
• A range of visible wavelengths are available