3P/4P-GPS-X General Purpose Integrating Spheres & Kits

630-1650 nm; Board Style; Detector Input Power -30--10 dBm; Bias Voltage -10-10 V; Typ. Null Mode Extinction Ratio 25 dB; Dimensions 79x41x16.5 mm OZ Optics’ MBC-MINI mini modulator bias controller is a full-function miniature OEM version of the modulator bias controller (MBC) family. It is designed to be used for general single modulator applications. The MBC-MINI modulator bias controller can be used to lock the working point of the modulator at the positive slope quadrature (quad+), negative slope quadrature (quad-), null or peak points of its characteristic curve. The locking modes and slopes are selectable by changing the jumper positions on the PCB. A pigtailed photodetector is included. An external photodetector may also be used. Key Features: For Single Modulator Applications Board (PCB) Level User-selectable Locking Slope: QUAD+ <-> QUAD-, NULL <-> PEAK User-selectable Locking Mode: Quad+/Quad- <-> Null/Peak Two Operation Modes: Calibration Mode and Locking Mode Calibration-off Mode for Quick System Setup in Locking Mode Stand Alone, No Computer Interface Required Access for External Photodetector Low Profile: Dimensions 79 x 41 x 16.5 mm Detector Input Power: -30 dBm Min., -10 dBm Max. Optical Wavelength: 630 nm to 1650 nm Bias Voltage: -10 V to 10 V Null Mode Extinction Ratio: 25 dB Typ., 40 dB Max. Locking Slope: Positive or Negative Locking Mode: Quad+ (Quad-) or Null (Peak) Pilot Tone Modulation Depth (QUAD): 1% Typ., 2% Max. Max. Pilot Tone Modulation Depth (Null): 0.1% Pilot Tone Frequency (QUAD): 1000 Hz Pilot Tone Frequency (NULL): 2000 Hz Applications: Locking a Modulator’s Working Point in General Single Modulator Applications

350-1050 nm; Sphere Size 0.25-3 m; Measurement Geometry 2π, 4π; Performance 0.001-713,250 lm; Max. 4π DUT Size ~16.7-~200 cm; Max. 2π DUT Size ~10 cm-~39 cm Labsphere’s illumia®Plus2 series integrating sphere spectroradiometers are flexible, modular light measurement solutions with centralized data management. From high bays to headlights and everything in between, Labsphere has designed an integrating sphere spectroradiometer for your application, offering flexibility to meet your most demanding light measurement requirements. When a solid-state light engine is used in a luminaire or fixture, the thermal environment near the LEDs is altered by both the design and the application environment. Comprehensive knowledge of the thermal behavior of your luminaire’s or fixture’s photometric and colorimetric performance starts with the illumia® Plus2 elevated temperature spectroradiometers, enabling you to characterize the thermal behavior of your luminaire or fixture simply and confidently across a temperature range of +15°C to +80°C. These elevated temperature spectroradiometers include a choice of a 1.65 m or 2 m insulated integrating sphere with temperature-controlled feedback loop, application-specific modules, accredited reference lamps and Integral® Software. Build a system that meets your needs: illumia®Plus2 integrating sphere spectroradiometers offer flexibility to meet your most demanding requirements and grow with your business. The systems are available in sizes from 25 cm to 3 m in both 2π and 4π geometries. Choose from three spectrometer options and application-specific electronic modules that help you maximize efficiency and productivity while maintaining high absolute accuracy and repeatability, no matter the application. These systems’ advanced integrating sphere design yields improved productivity by allowing lamp “hot swap” to achieve greater efficiency and laboratory throughput. Add-on electronic modules increase functionality and simplify compliance with IES LM-79-19, IES LM-78, and equivalent measurement guidelines. Labsphere’s illumia®Plus2 elevated temperature integrating sphere spectroradiometers are designed specifically to test photometric and colorimetric performance over a broad dynamic range of temperatures per IES LM-82 and LM-79-19 recommended practices. Using Labsphere’s Integral® software, you can operate your system from any device at any location and in multiple languages or automate calibration routines with built in LM-45 stabilization. The software meets LM-79-19 and LM-78 measurement methods and industry standard color calculations. Key Features: Sphere Sizes from 25 cm to 3 m for your Device under Test 2π and 4π Measurement Geometries Three Spectrometer Options to Meet Your Spectral and Dynamic Range Needs Control Module and Programmable Power Supplies Deliver Full Automation Improved Productivity:- Add-on Electronic Modules Increase Functionality and Simplify Compliance- Automated Calibration Routines Ensure Ease-of-use and Improved Efficiency- Automated IES LM-79-19 Stabilization Routine- Improved Integrating Sphere Design Allowing Lamp “Hot Swap” to Achieve Greater Efficiency and Shorter Measurement Time- Generate Reports Using Excel Templates: Data Where You Want It, How You Want It, Formatted for Language and Style Typical Lumen Ranges: From 0.001 lm to 3,400 lm all the way to 0.07 lm to 713,250 lm Spectral Flux Measurement Wavelength Range: 350 nm to 1050 nm Exposure Time Range: 40 µs to 900 s (Depends on Sphere Size and Source Type) Typical Performances Across All Variants:- Tungsten Filament: 0.007 lm to 65,4750 lm- Cool White LED: 0.001 lm to 713,250 lm- Warm White LED: 0.001 lm to 675,000 lm- Blue LED: 0.001 lm to 38,250 lm- Red LED: 0.002 lm to 54,000 lm Max. 4π DUT Sizes: ~16.7 cm Linear Lamps, ~2.5 cm Small Lamps to ~200 cm Linear Lamps, ~30 cm Diameter Small Lamps (ref. LM-78) Max. 2π DUT Sizes: ~10 cm Diameter to ~39 cm Diameter (ref. LM-79) Key Features illumia®Plus2 800: Wide Spectral Range Fast CMOS Array Detector Compact Size Ideal for QC and Manufacturing Applications High Sensitivity Key Features illumia®Plus2 2600: Fast, Low-noise, TE-cooled Back–thinned CCD Array Detector Shutter for Dark Measurements in Real-time Hardware Triggering Capability Exceptional Stability at Long Exposure Time High Dynamic Range Additional Key Features illumia®Plus2 Elevated Temperature: Based on CDS 2600 Spectrometers Ambient Temperature Control and Monitoring Light Source Temperature Monitors LIV and Temperature Stability Key Features illumia®Plus2 3020/3030: Exceptional Measurement Sensitivity Inbuilt Filter Wheel With ND Filters Provides Excellent Dynamic Range Low Stray Light High Speed Easily Synchronized With Other Devices Applications: Measuring Packaged LEDs, Clustered LEDs, Miniature Lamps, Entertainment Lighting, Automotive Lighting, (LED) Troffers, (LED) Luminaires, Indoor Lighting, Outdoor Lighting, Roadway Lighting, Lamp and Luminaires, CFLs, Fluorescent Lamps, OLEDs, Low Power LEDs; HID Lamps; LED Devices in High-speed Production Environment

Spectral Range: 380-1000nm or 900-1600nm; Luminance Port Diameter: 75mm; Luminance Range 200-16,000 cd/m2 or 2,600-25,000 cd/m2 ; Radiance Range 0.1-30 W/m2-sr; Port Geometry: Narrow to 180° FOVSpectra-FT solutions’ fine-tunable LED light sources are perfect for testing the response of cameras and optical sensors to various illuminants and spot illumination. These solutions cover a spectral range from 300nm to 1600nm.Key Features:Unlimited Spectral RadianceSolid State Spectral TunabilityHigh Luminance UniformityVariable Light OutputA Range of Solutions: Spectra-FT offers a family of fine-tunable uniform sources for testing, characterizing, and illuminating both imaging and non-imaging optical sensors. You can choose from VIS-NIR spectral sources with luminance ranges from 200 cd/m² to over 25,000 cd/m². For InGaAs sensors and night vision, we provide our SWIR source.Integrated Diffusers: Uniformity is crucial for testing sensor arrays, and these fine-tunable sources come with integrated diffusers to ensure high uniformity for testing cameras with various fields of view.Real-time Spectral Performance Tracking: An internal integrating spectroradiometer provides real-time spectral performance tracking across the system’s dynamic range. Recalibration and recharacterization features ensure long-lasting performance and minimal downtime, making Spectra-FT sources ideal for production applications.Specifications: Spectra-FT fine tunable sources are available with options on wavelength range, form factor and output range in three form factors optimized to uniformly fill the sensor field of view. FT-2200-WFT-2300-WFT-2400-SWIRSpectral Range380 – 1000 nm  Luminance Port Diameter75 mmLuminance Range200 – 16,000 cd/m22,600 – 25,000 cd/m2N/ARadiance RangeN/AN/A0.1 – 30 W/m2-srPort GeometryNarrow to 180° FOV

Near Lambertian; 350-1000 nm; Grey Scale Level 5-94%; Uniformity ±1%, ±1.5%, ±2%; Target Size 0.5x0.5-1.2x2.4 m Labsphere’s Permaflect® large-area, grey and white, reference diffuse reflectance targets are ideal for accurately assessing short-range and long-range sensitivity over the dynamic range of LiDAR systems. For imaging applications your grey target solution must work for a wide variety of lighting environments and still maintain its appearance. Most importantly it has to have uniform spectral response. It also must be thermally and physically durable, UV light stable, thermally color stable, no gloss, no polarization and no fluorescence. If your grey target solutions do not meet these requirements, you need Permaflect diffuse reflectance targets. Permaflect targets are available for individual purchase in three sizes: 0.5 x 0.5, 1.0 x 1.0, 1.5 x 1.5 or 1.2 x 2.4 m, unframed and with or without mounting. Available reflectance factors are 5%, 10%, 18%, 50%, 80% and 94%. Permaflect diffuse reflectance targets are also available in Labsphere's LiDAR Test Target Kits, including three reflectance levels; 10%, 50% and 80%, a robust case that holds all three Permaflect targets for storage and transport, and spectral reflectance and uniformity test reports. The kits come in a choice of three target sizes; 0.5 x 0.5, 1.0 x 1.0 and 1.5 x 1.5 m. Key Features: Lightweight: 1.5 kg (0.5 x 0.5 m) to 18 kg (1.2 x 2.4 m) Tailorable Targets Sizes: 0.5 x 0.5, 1.0 x 1.0, 1.5 x 1.5, 1.2 x 2.4 m Target Sizes Are Ideal for the Operating Distance Reflectance Levels in NIR Laser Wavelength 905 to 940 and 1550 nm Grey Scale Levels: 5%, 10%, 18%, 50%, 80%, 94% Variance From Average: ±1%, ±1.5%, +3%/-0% Uniform Reflectance Over the Entire Reflecting Surface – Uniformity: ±1%, ±1.5%, ±2% Typical Flatness: 0% to 8% Peak-to-Peak From 350 to 950 nm Near Lambertian Diffuse Reflectance Factor for Incident Angle Independence Durable and Robust for Production and Field Use Easy to Clean LiDAR Test Kit Accommodates Mounting of the Frameless Targets Applications: LiDAR; Time of Flight; Ground Truth; Imager Calibration; Sensor/Source Compensation; Remote Sensing; Coatings & Materials; Airborne Calibration; Automotive Sensor Calibration; Spectral Radiance; Spectroradiometer Calibration; Reflectance Factor