We have studied space charge limited currents (SCLC) in thin β-ZnP2 layers under visible light illumination. When the cathode is illuminated, the electric field strength drops down to zero values. However without illumination the electric fields strength at crystal boundary is sufficient to form microplasmas and to destruct the crystal. Our simulations agree with experiments when in addition to the standard theory of SLCS we also add recombination processes with deep donor level. Keywords: space charge limited Currents (SCLC), β-ZnP2 (monoclinic zinc diphosphide), microplasmas, trap filling limit (UTFL), photoexcitation, stark effect.
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