A 16 x 16 bit parallel multiplier based on a 26 k sea-of-gate has been fabricated successfully to demonstrate the LSI capability of our mixed signal IC technology including pseudomorphic T-gate HEMTs for high speed as. well as three levels of gold metallization for high integration complexity. To prove the high speed performance a digital dynamic frequency divider operating in a frequency band from about 36 GHz up to almost 60 GHz has been realised
A coplanar single-ended frequency doubler based on a 100 nm metamorphic HEMT technology is presented...
Based on a 100 nm metamorphic HEMT process with 220 GHz transit frequency fT an optimised dynamic 2:...
The design and performance of a dynamic frequency divider was presented. This digital IC demonstrate...
Two static and two dynamic frequency dividers based on enhancement and depletion 0.2-mu m gate lengt...
A divide-by-two dynamic frequency divider based on enhancement and depletion 0.2 mu m gate length ps...
During the past five years numerous mixed signal integrated circuits (IC's) have been designed, proc...
Integrated circuits based on metamorphic HEMT (MHEMT) technologies on 4” GaAs substrates for both mi...
To increase performace of GaAs LSI digital circuits, a 0,5 mym recessed gate process has been develo...
Advanced circuits based on metamorphic HEMT (MHEMT) technologies on 4" GaAs substrates for both mill...
ABSTRACT — Advanced circuits based on metamorphic HEMT (MHEMT) technologies on 4 ” GaAs substrates ...
During the past 5 years numerous mixed signal circuits have been designed, processed, and characteri...
HEMT devices exhibit excellent figures of merit for high frequency operation. Therefore they are str...
A complete design flow starting from the technological process development up to the fabrication of ...
The design and performance of a dynamic divider by four based on a 100 nm metamorphic enhancement HE...
The presentation gives an overview of recent results upon a broad range of monolithic integrated cir...
A coplanar single-ended frequency doubler based on a 100 nm metamorphic HEMT technology is presented...
Based on a 100 nm metamorphic HEMT process with 220 GHz transit frequency fT an optimised dynamic 2:...
The design and performance of a dynamic frequency divider was presented. This digital IC demonstrate...
Two static and two dynamic frequency dividers based on enhancement and depletion 0.2-mu m gate lengt...
A divide-by-two dynamic frequency divider based on enhancement and depletion 0.2 mu m gate length ps...
During the past five years numerous mixed signal integrated circuits (IC's) have been designed, proc...
Integrated circuits based on metamorphic HEMT (MHEMT) technologies on 4” GaAs substrates for both mi...
To increase performace of GaAs LSI digital circuits, a 0,5 mym recessed gate process has been develo...
Advanced circuits based on metamorphic HEMT (MHEMT) technologies on 4" GaAs substrates for both mill...
ABSTRACT — Advanced circuits based on metamorphic HEMT (MHEMT) technologies on 4 ” GaAs substrates ...
During the past 5 years numerous mixed signal circuits have been designed, processed, and characteri...
HEMT devices exhibit excellent figures of merit for high frequency operation. Therefore they are str...
A complete design flow starting from the technological process development up to the fabrication of ...
The design and performance of a dynamic divider by four based on a 100 nm metamorphic enhancement HE...
The presentation gives an overview of recent results upon a broad range of monolithic integrated cir...
A coplanar single-ended frequency doubler based on a 100 nm metamorphic HEMT technology is presented...
Based on a 100 nm metamorphic HEMT process with 220 GHz transit frequency fT an optimised dynamic 2:...
The design and performance of a dynamic frequency divider was presented. This digital IC demonstrate...