The entire complement of standard cells and components, except for the set-reset flip-flop, was completed. Two levels of checking were performed on each device. Logic cells and topological layout are described. All the related computer programs were coded and one level of debugging was completed. The logic for the test chip was modified and updated. This test chip served as the first test vehicle to exercise the standard cell complementary MOS(C-MOS) automatic artwork generation capability
The technology for obtaining custom integrated circuits from CMOS-bulk silicon foundries using a uni...
The design and fabrication of telemetry ground data processing equipment using commercial logic card...
A set of standard nMOS cells was designed following the MOSIS lambda-based design rules, with a lamb...
Design and performance of logic circuit chip for computerized design of MOS integrated circuit array
A low cost, quick turnaround technique for generating custom metal oxide semiconductor arrays using ...
A family of standardized thick-oxide P-MOS building blocks (standard cells) is described. The inform...
Digital subsystem design and development employing n-channel and p-channel in MOS FET units in compl...
The complete sequence used to manufacture complementary metal oxide semiconductor (CMOS) integrated ...
Two silicon CMOS application specific integrated circuits (ASICs), a data generation chip, and a dat...
The important features of the multiport (double entry) automatic placement and routing programs for ...
Combination of complementary MOS and complementary bipolar circuits on monolithic silicon chi
The STAR system developed by NASA enables any user with a logic diagram to design a semicustom digit...
The design of a MOS 256-bit Random Access Memory (RAM) is discussed. Technological achievements comp...
Procedure performs all work required for logic design of digital counters or sequential circuits and...
The current capabilities of LSI techniques for speed and reliability, plus the possibilities of asse...
The technology for obtaining custom integrated circuits from CMOS-bulk silicon foundries using a uni...
The design and fabrication of telemetry ground data processing equipment using commercial logic card...
A set of standard nMOS cells was designed following the MOSIS lambda-based design rules, with a lamb...
Design and performance of logic circuit chip for computerized design of MOS integrated circuit array
A low cost, quick turnaround technique for generating custom metal oxide semiconductor arrays using ...
A family of standardized thick-oxide P-MOS building blocks (standard cells) is described. The inform...
Digital subsystem design and development employing n-channel and p-channel in MOS FET units in compl...
The complete sequence used to manufacture complementary metal oxide semiconductor (CMOS) integrated ...
Two silicon CMOS application specific integrated circuits (ASICs), a data generation chip, and a dat...
The important features of the multiport (double entry) automatic placement and routing programs for ...
Combination of complementary MOS and complementary bipolar circuits on monolithic silicon chi
The STAR system developed by NASA enables any user with a logic diagram to design a semicustom digit...
The design of a MOS 256-bit Random Access Memory (RAM) is discussed. Technological achievements comp...
Procedure performs all work required for logic design of digital counters or sequential circuits and...
The current capabilities of LSI techniques for speed and reliability, plus the possibilities of asse...
The technology for obtaining custom integrated circuits from CMOS-bulk silicon foundries using a uni...
The design and fabrication of telemetry ground data processing equipment using commercial logic card...
A set of standard nMOS cells was designed following the MOSIS lambda-based design rules, with a lamb...