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Lecture Notes in Physics | 1984

Design Strategies for VLSI Logic

Egon Hörbst; Karlheinrich Horninger; Gerd Sandweg

Some typical problems of VLSI circuits and their solutions with the help of architectural concepts, circuit design and process technology are presented. These principles are demonstrated on two experimental chips fabricated in a research process line. Regular structures for the control part of a VLSI processor are described in more detail.


Archive | 1982

Entwurfstechnik für integrierte MOS-Schaltungen

Herbert Weiß; Karlheinrich Horninger

Die Entwicklung und Herstellung einer integrierten Schaltung von der Idee oder Spezifikation bis zum realisierten und gekapselten Chip last sich in mehrere Arbeitsablaufe unterteilen. Diese sind der Reihe nach: 1 — Produktdefinition, Datenblatt 2 — Entwicklung, Berechnung und Optimierung der elektrischen Schaltung 3 — Geometrischer Entwurf (Layout) der Schaltung 4 — Herstellung der Masken 5 — Herstellung der Schaltung mit Hilfe der Masken 6 — Montage und Prufung der Schaltung In diesem Kapitel werden die Punkte 2 und 3, im nachsten Kapitel der Punkt 6 beschrieben, wahrend die Punkte 4 und 5 schon in fruheren Kapiteln behandelt wurden. Punkt 1 (Produktdefinition) hangt von den speziellen Eigenschaften des Schaltkreises ab, und es wird hier nicht naher darauf eingegangen.


european solid-state circuits conference | 1980

An 8kbit RAM + I/O Peripheral Circuit for Microprocessors

Karlheinrich Horninger; G. Grassl; I. Bromme; Ulrich Schwabe

An 8 kbit RAM + I/O peripheral circuit for microprocessors has been realized in a scaled NMOS single-layer poly technology. Cycle time is 250 ns, counter frequency is 10 MHz, chip size is 27.6 mm2 and the supply current is approx. 200 mA, with 5 V supply voltage.


Archive | 1978

Readout Methods and Readout Circuits for Dynamic Charge-Storage Elements

Karlheinrich Horninger

Progress in the field of digital semiconductor memories in the last few years has been characterized by an extremely rapid rise in the storage density, i.e. in the number of information bits per unit area of silicon. Along with the progressive technological improvements, the key to this turbulent development was the principle of dynamic charge storage. This principle involves the storage of mobile charge at the Si-SiO2 interface. Depending on whether a small or large number of charges are stored, a binary “1” or “O” is present in the memory cell.


Archive | 1975

Integrated, programmable logic array

Karlheinrich Horninger


Archive | 1977

Integrated programmable logic arrangement

Karlheinrich Horninger


Archive | 1975

Dynamic single-transistor memory element for relatively permanent memories

Karl-Ulrich Stein; Karlheinrich Horninger


Archive | 1981

Integrated MOS driver stage with a large output signal ratio

Karlheinrich Horninger


Archive | 1976

Associative storage circuit

Karlheinrich Horninger


Archive | 1978

Monolithically integrated circuit arrangement comprising one-transistor storage elements

Guenther Meusburger; Karlheinrich Horninger

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