Abstract
The voltage-luminous intensity transfer function for DC electroluminescence (DCEL) ZnS:Mn, Cu powder display panels has been determined by impulse response testing using crosscorrelation techniques. The investigation has revealed a signature characteristic featuring evidence of an internal feedback mechanism which is a function of the mean voltage causing luminescence. It has further shown that the time constant of the system is also a function of the mean voltage. Fourier transforms of the domain data indicate a second-order mechanism dominating the transfer function.
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