Name

Model

PIC.

Technical Specifications

Description

Pulsed Trigger Radiance Integrating Sphere

iSphere-S1-TRI

1. Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : Better than 0.1%

3. Inner Diameter of Integrating Sphere : Ф25mm

4. Diameter of Measurement Port : Ф8mm

5. Pulsed Light Triggering : Yes

6. Optical Interface : SMA905/FC Standard Fiber Optic Interface

7. Trigger Interface : M9-3P Aviation Connector (1 pin ground, 2 pins trigger, 3 pins power input)

Mainly using for light source radiation measurement, the measurement port is equipped with a sapphire window for protection. It integrates pulsed optical triggering functionality, enabling measurements synchronized with pulsed light. It has a built-in photodetector (1-inch inner diameter) – one path is connected via fiber optics to a spectrometer, and the other is used for measuring the energy distribution of continuous CW or PW spectral pulsed radiation .

Pulsed Trigger Radiance Integrating Sphere

iSphere-S2-TRI

1. Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : Better than 0.1%

3. Inner Diameter of Integrating Sphere : Ф25mm

4. Diameter of Measurement Port : Ф8mm

5. Optical Pulse Triggering : YES

6. Optical Interface : SMA905/FC Standard Fiber Optic Interface

7. Trigger Interface : M9-3P Aviation Connector (1 pin ground, 2 pins trigger, 3 pins power input)

Mainly using for measuring the radiation emitted by light sources. The measurement port comes with a sapphire window for protection. It is equipped with integrated optical triggering functionality for pulse measurements. It can perform synchronized measurements triggered by pulse light. It contains an internal photodetector (with a 1-inch inner diameter). One pathway connects to a spectrometer via optical fiber, while the other pathway is intended for measuring the continuous CW or PW pulse radiation spectral energy distribution.

Micro-Spectral Radiance Integrating Sphere

iSphere-S3-IRR

1. Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : >99%

3. Sphere Material Reflectance : ≥98%

4. Inner Diameter of the Sphere : Ф25mm

5. Diameter of Measurement Port : Ф≤10mm (standard : Ф8.5mm, other sampling port diameters can be customized)

6. Optical Interfaces : 3 SMA905 or FC standard fiber interfaces

Mainly using for spectral radiation measurement, equipped with 3 optical fiber interfaces, can connect multiple spectrometers, and can also simultaneously connect wavelength standard light sources to achieve real-time wavelength calibration of the spectrometer. One of the interfaces can be used for spectral radiation calibration of standard lamps to perform absolute spectral radiation calibration of the spectral system (requires configuration of LiSen Optics’ matched calibration radiation source). The inner diameter of the integrating sphere is 1 inch, with a large-angle wedge-shaped optical design and an optical adapter-specific coating. Multiple optical fiber interfaces can be connected to spectrometers or standard light sources.

Pint-sized Spectral Radiance Integrating Sphere

iSphere-C4-IRR

1. Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : >99%

3. Integrating Sphere Material Reflectance : ≥98%

4. Integrating Sphere Inner Diameter : Ф38mm

5. Measurement Port Diameter : Ф≤15mm (Standard : Ф9.2mm, other sampling port diameters can be customized)

6. Optical Interface : 1 SMA905 or FC standard optical fiber interface

Mainly using for spectral radiance measurement, designed for Mini-Micro LED spectral radiance flux measurement. It connects to a spectrometer through a fiber optic cable (compatible with LiSen Optics’ LiSpec-UV100 spectrometer) to achieve measurements of LED light flux, color coordinates, luminance, illuminance, peak wavelength, FWHM, and other photometric parameters. With an internal diameter of 1.5 inches, it is well-suited for integrated wafer-scale spectral measurements or laboratory spectral radiance measurements.

Spectral Radiance Calibration Integrating Sphere

iSphere-S3-HAL-CAL

1. Integrating Sphere Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : 99%

3. Reflectance of Sphere Material : ≥98%

4. Internal Diameter of Sphere : Ф25mm

5. Diameter of Measurement Port : Ф≤10mm (Standard : Ф8.5mm, other sampling port diameters can be customized)

6. Optical Interfaces : 2 SMA905 or FC Fiber Interfaces

7. Radiance Standard Halogen Lamp Range : 350-2500nm

8. Radiance Standard Lamp Power : 10W

9. Calibration Traceability : NIM-μW/cm² (Absolute Spectral Distribution from 350-1100nm)

10. Accuracy of Radiance Standard Lamp : Better than 0.5% (Dependent on Spectrometer Performance)

11. Radiance Standard Lamp Power Interface : M9-3P Aviation Connector Interface

The integrating sphere with radiance standard lamp provides μW/cm² radiometric measurement capability for radiated light sources across the 350-2500nm spectral range. It facilitates the measurement of radiance energy distribution in μW/cm² units. This system can be directly connected to LiSen Optics’ spectrometer. Equipped with two SMA interfaces, one is used to connect to the spectrometer, while the other can be connected to a standard mercury-argon lamp for real-time online spectral wavelength calibration of the spectrometer. The radiance standard lamp is traceable to NIM standards, enabling real-time radiance calibration for the spectrometer system. This setup is ideal for both laboratory and industrial online spectral radiance measurements.

Spectral Radiance Calibration Integrating Sphere

iSphere-F1-HAL-CAL

1. Spectral Range of Integrating Sphere : 200-2500nm

2. Uniformity of Light Output Port : 99%

3. Reflectance of Integrating Sphere Material : ≥98%

4. Internal Diameter of Integrating Sphere : Ф84mm

5. Diameter of Measurement Port : Ф≤35mm (Standard : Ф15mm, other sampling port diameters can be customized)

6. Optical Interfaces : 2 SMA905 or FC Fiber Optic Interfaces

7. Radiance Standard Halogen Lamp Range : 350-2500nm

8. Radiance Standard Lamp Power : 10W

9. Calibration Traceability : NIM-μW/cm² (Absolute Spectral Distribution from 350-1100nm)

10. Accuracy of Radiance Standard Lamp Calibration : Better than 0.5% (Related to Spectrometer Performance)

11. Radiance Standard Lamp Power Interface : M9-3P Aviation Connector

Equipped with a spectral radiance standard lamp, this integrating sphere enables the measurement of spectral radiance energy distribution in the range of 350-2500nm from radiating light sources, expressed in μW/cm². It can be directly connected to LiSen Optics’ spectrometer through two SMA interfaces. One interface connects to the spectrometer, while the other can be used to connect to a standard mercury-argon lamp for real-time online spectral wavelength calibration of the spectrometer. The radiance standard lamp traceability is established through the National Institute of Metrology (NIM), providing real-time radiance calibration to the spectrometer system. This setup meets the requirements for online spectral radiance measurement in laboratory or industrial settings.

Spectral Radiance Calibration Integrating Sphere

iSphere-A5-DHS-CA

1. Spectral Range of the Integrating Sphere : 200-2500nm

2. Uniformity of Light Output Port : 99%

3. Reflectance of Integrating Sphere Material : ≥98%

4. Internal Diameter of Integrating Sphere : Ф100mm

5. Diameter of Measurement Port : Ф≤44mm (Standard : Ф10mm, other sampling port diameters can be customized)

6. Optical Interface : 1 SMA905 or FC standard optical fiber interface

7. Radiance Standard Halogen Lamp Range : 350-2500nm

8. Radiance Standard Deuterium Lamp : 250-400nm

9. Radiance Standard Halogen Lamp : 350-2500nm

10. Radiance Standard Lamp Power : 10W Halogen Lamp / 20W Deuterium Lamp

11. Calibration Traceability : NIM-μW/cm² (Absolute spectral distribution from 250-1100nm)

12. Radiance Standard Lamp Accuracy : Better than 0.5% (Relative to the performance of the spectrometer)

13. Radiance Standard Lamp Power Interface : M9-3P aviation connector

Equipped with a radiometric standard light source in μW/cm² and integrated with deuterium and halogen lamps, this integrating sphere enables the measurement of spectral radiance energy distribution in the range of 250-2500nm for radiance light sources. It features a single SMA interface that can be directly connected to LiSen Optics’ spectrometer. The radiometric standard lamp is traceable to the National Institute of Metrology (NIM), allowing real-time radiometric calibration for the spectrometer system. This configuration meets the demands of spectral radiance measurements in both laboratory and industrial settings.

Spectral Radiance Calibration Integrating Sphere

iSphere-B1-HAL-CA

1. Spectral Range of Integrating Sphere : 200-2500nm

2. Uniformity of Light Output Port : 99%

3. Reflectance of Integrating Sphere Material : ≥98%

4. Inner Diameter of Integrating Sphere : Ф150mm

5. Diameter of Measurement Port : Ф≤65mm (Standard Ф25.4mm, other sampling port diameters can be customized)

6. Optical Interfaces : 2 SMA905 or FC Fiber Optic Interfaces

7. Range of Radiometric Standard Halogen Lamp : 350-2500nm

8. Radiometric Standard Lamp Power : 10W

9. Calibration Traceability : NIM-μW/cm2 (Absolute Spectral Distribution in the range of 350-1100nm)

10. Accuracy of Radiometric Standard Lamp Calibration : Better than 0.5% (Dependent on Spectrometer Performance)

11. Power Interface of Radiometric Standard Lamp : M9-3P Aviation Connector

Integrating Sphere with Radiometric Standard Lamp for Spectral Radiance Measurement in μW/cm², capable of measuring spectral radiance energy distribution of radiative sources in the range of 350-2500nm. This system can be directly connected to LiSen Optics’ Spectrometer using two SMA interfaces. One interface is connected to the spectrometer, while the other can be connected to a standard mercury-argon lamp for real-time online spectral wavelength calibration of the spectrometer. The radiometric standard lamp traceability is provided by NIM standards, enabling real-time radiometric calibration of the spectrometer system. This setup is suitable for laboratory or industrial online spectral radiance measurements.

Spectral Radiance Calibration Integrating Sphere

iSphere-A1-HAL-CAL

1..Integrating Sphere Spectral Range : 200-2500nm

2. Uniformity of Light Output Port : 99%

3. Integrating Sphere Material Reflectance : ≥98%

4. Integrating Sphere Internal Diameter : Ф100mm

5. Measurement Port Diameter : Ф≤44mm (Standard Ф38mm, other sampling port diameters customizable)

6. Optical Interfaces : 2 SMA905 or FC Fiber Optic Interfaces

7. Radiometric Standard Halogen Lamp Range : 350-2500nm

8. Radiometric Standard Lamp Power : 10W

9. Calibration Traceability : NIM-μW/cm2 (Absolute Spectral Distribution from 350-1100nm)

10. Radiometric Standard Lamp Accuracy : Better than 0.5% (Dependent on Spectrometer Performance)

11. Radiometric Standard Lamp Power Interface : M9-3P Aviation Connector

Integrating Sphere with Radiometric Standard Lamp for Spectral Radiance Measurements in μW/cm², enabling the measurement of spectral radiance energy distribution from 350 to 2500nm for radiation sources. This system can be directly connected to LiSen Optics’ Spectrometer through two SMA interfaces. One interface connects to the spectrometer while the other can be connected to a standard mercury-argon lamp for real-time online spectral wavelength calibration of the spectrometer. The radiometric standard lamp traceability is established through NIM standards, providing real-time radiometric calibration to the spectrometer system. This setup meets the requirements for spectral radiance measurements in laboratory or industrial settings.