TABLE OF CONTENT
01     PCT PHOTOELECTRIC TEST SYSTEM
02     DEFECT ANALYSIS IN ORGANIC SEMICONDUCTOR DEVICES
03     PCT PRINCIPLE OF OPERATION
04     PCT MEASUREMENT MODES
05     TEST EXAMPLES
06     AREAS OF APPLICATION
07     BENEFITS
08     SYSTEM OVERVIEW AND CONFIGURATION
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01     GALLERY
02     FLYER
03     PUBLICATIONS
 
 
BENEFITS
 
COMPARED TO OTHER TEST METHODS THE PCT ALLOWS FOR:

  • Illustration of defects in different applications of organic semiconductors
    • The photoelectrical properties of the semiconducting materials are extremely sensitive to variations
    • Non-uniformities not even visible in emission can be observed
  • Spatially resolved imaging for non-emitting applications of organic semiconductors
    • Visualization of local performance (degradation) in organic semiconductors
  • First step in the analysis of defects in organic semiconductors
    • Current mapping shows effects in active materials
    • Voltage mapping & local IV characteristics show effects of contacts / interfaces
  • Prediction of degradation processes in OLEDs
    • Photoelectric properties might allow early conclusions on future device behavior
    • Device defects are detected earlier than with other methods
    • Conclusions on the causes for device failure might be possible