Method of fabricating amorphous silican diode addressed liquid crystal display

DETAILED DESCRIPTION We claim: 1.
A method of making a display of the type including at least one pixel including at least one pair of isolation devices, said method comprising the steps of: (A) providing an insulative substrate having a conductive layer thereover; (B) depositing a first metal layer over said conductive layer; (C) depositing a first doped semiconductor layer over said first metal layer; (D) depositing a substantially intrinsic semiconductor layer over said first doped layer; (E) depositing a second doped semiconductor layer over said intrinsic layer, said second doped layer being opposite in conductivity with respect to said first doped layer; (F) depositing a second metal layer over said second doped semiconductor layer; (G) removing portions of said second metal layer for providing discrete portions of said second metal layer to define the location of said isolation devices; (H) removing portions of said semiconductor layers while using at least said second metal discrete portions as a mask to form said isolation devices; (I) removing portions of said first metal layer to form a first address lead with at least one of said isolation devices electrically connected thereto; (J) removing portions of said conductive layer to form a first pixel electrode with the other of said isolation devices electrically connected thereto; (K) forming an interconnect lead to electrically couple said at least one isolation device on the side thereof opposite said first address lead to said first pixel electrode; (L) forming a second address lead insulated from said first address lead and electrically coupled to said at least one other isolation device on the side thereof opposite said first pixel electrode; (M) forming a second pixel electrode spaced from and substantially parallel to said first pixel electrode; and (N) applying light influencing material between said pixel electrodes.
2.
A method as defined in claim 1, wherein the conductive layer provided in step (A) is transparent.
3.
A method as defined in claim 1, wherein step (M) is performed by forming a transparent second pixel electrode