This technology relates to a measurement device for electrochemical luminescence devices and a method thereof. Specifically, it is a device technology for integrated measurement of voltage and luminance characteristics of electrochemical luminescence devices.
Conventional technology needed to address limitations of existing electrochemical lighting devices, such as performance degradation, rapid deterioration, and slow response speeds, by providing a method to verify material behavior logic based on device movement. Accordingly, this technology proposes a configuration that includes a power supply, a voltmeter, a photodiode, a signal processing unit, and a controller for measuring the voltage and luminance of electrochemical luminescence-based devices.
Accordingly, this technology can improve the performance and stability of electrochemical luminescence-based devices by preventing overcurrent and side reactions. It has valuable applications in the display, electronic device, and electronic component fields.
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