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Dive into the research topics where Georg Tempel is active.

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Featured researches published by Georg Tempel.


international electron devices meeting | 1993

A 0.5 /spl mu/m CMOS technology for multifunctional applications with embedded FN-flash memory and linear R and C modules

R. Heinrich; W. Heinrigs; Georg Tempel; Josef Winnerl; Thomas Zettler

A 0.5 /spl mu/m CMOS technology was developed for multifunctional applications. Based on a high performance logic process for 3.3 V supply voltage a non volatile memory module and highly linear resistors and capacitors were implemented. The flash memory is programmed and erased by Fowler-Nordheim (FN) tunneling. The extremely low power consumption of the FN cell allows the in system programming with a single 3.3 V supply, which is especially important in portable systems. Bit programming and erasing times are typically 1 ms and 100 /spl mu/s, respectively. With page mode (128 bit) programming times of 10 /spl mu/s per bit are achieved. The endurance is better than 10/sup 5/ cycles.<<ETX>>


Archive | 1998

Read only memory

Christoph Kutter; Georg Tempel


Archive | 1996

Semiconductor memory device and method for its production

Georg Tempel


Archive | 1996

Ferroelectric memory device and method for producing the device

Dietrich Widmann; Georg Tempel


Archive | 1998

Method for producing semiconductor memory device having a capacitor

Georg Tempel


Archive | 1997

New ROM with multiple intersecting conductor line levels

Christoph Kutter; Georg Tempel


Archive | 1997

MOS circuit configuration for switching high voltages on a semiconductor chip

Armin Hanneberg; Georg Tempel


Archive | 1996

Electrically erasable and programmable non-volatile storage location

Georg Tempel; Josef Winnerl


Archive | 2001

Method for producing a semiconductor memory device

Dietrich Widmann; Georg Tempel


Archive | 1995

Mos circuit for switching high voltages on a semiconductor chip

Armin Hanneberg; Georg Tempel

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