Abstract: A method for fabricating Schottky photodiodes includes the steps of: forming a base electrode on the principal substrate surface; depositing a layer of N+ amorphous silicon on the base electrode; depositing a layer of intrinsic silicon on the N+ amorphous silicon layer; depositing a Schottky contact on the intrinsic silicon layer; and selectively patterning the Schottky contact and the two silicon layers with the same photoresist mask to form a Schottky photodiode island.

Abstract: A Schottky photodiode formed by the method including the steps of: forming a base electrode on the principal substrate surface; depositing a layer of N+ amorphous silicon on the base electrode; depositing a layer of intrinsic silicon on the N+ amorphous silicon layer; depositing a Schottky contact on the intrinsic silicon layer; and selectively patterning the Schottky contact and the two silicon layers with the same photoresist mask to form a Schottky photodiode island.

Abstract: In order to solve the problem of the proximity effects which occurs in the fabrication of integrated circuit devices, a facile method is provided for automatically creating a new pattern in which variably spaced windage correction is applied over the mask. This permits the utilization of conventional design fabrication rules and systems without the concomitant problem of producing small feature sizes in isolated structures. The method produces highly desirable chip masks and is readily implemented on commercially available CAD systems presently being employed for the production of circuit masks. The method is automatic and extremely easily implemented.