1.  Presents the user with actual light values, not electrical signals  Accommodates multiple measurement types and conditions  Stand-alone operation and via computer interface  Highest precision, accuracy and sensitivity  Accessory input optics & detectors for a wide range of radiometric & photometric applications  LabView & ActiveX Development Kits Optronic Laboratories Radiometers/Photometers

2. OL 730C Radiometer/Photometer  Uses any photodiode or photomultiplier  Optional HV for photomultipliers  OL 730C-MUX multiplexers provides up to 512 detectors  Suitable for DC and moderately modulated AC sources

3. OL 730D Radiometer/Photometer  Uses DSP technology, eliminating many problems with analog components  Can be used with any detector, extending the wavelength range to the far-IR and the sensitivity to photon counting  Measures DC, AC, highly modulated and pulsed sources  Optional Built-in programmable HV supply for photomultipliers  Built-in chopper control for IR measurements  Extra memory provides fast measurements: down to 10s per data point for custom analysis, Microsoft Excel TM compatible

4. Fast acquisition (pulse profiling)  User can select the integration time per datum  User can select the number of data points to be measured

5. Fast acquisition of LED Displays

6. Fast acquisition of CRT Displays

7. Fast acquisition of LED Signal Arrays

8. Averaging modulated sources DC measurement gives true averaging of the light due to DSP technology

9. Creating an Application OL 600 Telescope is looking at this test area Data is downloaded to Excel™ Worksheet Calculations are done in Excel™ Results are presented/graphed in Excel™ Excel™ is saved as a template so anyone can use it

10. Contact your Optronic Laboratories sales representative or our offices directly for more information.