Add to ORKGWO15173316A1 [EN] The invention relates to a method for producing a micro battery (100; 200; 300; 400; 500), and to the micro battery produced by using said method. The micro battery is produced by means of laminate or film technologies and has, therefore, an especially flat structural form, is extremely flexible, and can easily be adapted to the geometry of miniaturized housings
Today's MEMS devices are limited more so by the batteries that supply their power than the fabricati...
Abstract—A micromachined battery based on liquid electrolyte and metal electrodes for on-demand and ...
DE 102007034888 B3 UPAB: 20090212 NOVELTY - The microsystem has a micromirror actuator for pivoting ...
DE 102008011523 A1 UPAB: 20090907 NOVELTY - The micro-battery has an insulating substrate (1) with c...
The design, fabrication, and performance of a planar microbattery made from a silicon wafer with a b...
This work presents recent advances in the development and the integration of an electrochemical (che...
DE 102007012693 A1 UPAB: 20081112 NOVELTY - The miniaturized battery has a filling (61,61') in the i...
A cost effective and reliable technology for the fabrication of micro batteries, based on batch-fabr...
A cost effective and reliable technology allowing extreme miniaturization of batteries into silicon,...
DE 102008060796 A1 UPAB: 20100604 NOVELTY - The method involves coating the surface of a projection ...
Micro batteries have been needed for various micro devices applications. Conventionally, micro lithi...
Abstract—Silicon-micromachining techniques have been com-bined with conventional material-synthesis ...
A micromechanical relay production process involves: (a) applying a sacrificial layer (26) onto a su...
NOVELTY - The microsystem has a flexible foil (12), a number of semiconducting elements (14) embedde...
Fabrication of micro-MEM devices and stretchable wearable electronics is important for future applic...
Today's MEMS devices are limited more so by the batteries that supply their power than the fabricati...
Abstract—A micromachined battery based on liquid electrolyte and metal electrodes for on-demand and ...
DE 102007034888 B3 UPAB: 20090212 NOVELTY - The microsystem has a micromirror actuator for pivoting ...
DE 102008011523 A1 UPAB: 20090907 NOVELTY - The micro-battery has an insulating substrate (1) with c...
The design, fabrication, and performance of a planar microbattery made from a silicon wafer with a b...
This work presents recent advances in the development and the integration of an electrochemical (che...
DE 102007012693 A1 UPAB: 20081112 NOVELTY - The miniaturized battery has a filling (61,61') in the i...
A cost effective and reliable technology for the fabrication of micro batteries, based on batch-fabr...
A cost effective and reliable technology allowing extreme miniaturization of batteries into silicon,...
DE 102008060796 A1 UPAB: 20100604 NOVELTY - The method involves coating the surface of a projection ...
Micro batteries have been needed for various micro devices applications. Conventionally, micro lithi...
Abstract—Silicon-micromachining techniques have been com-bined with conventional material-synthesis ...
A micromechanical relay production process involves: (a) applying a sacrificial layer (26) onto a su...
NOVELTY - The microsystem has a flexible foil (12), a number of semiconducting elements (14) embedde...
Fabrication of micro-MEM devices and stretchable wearable electronics is important for future applic...
Today's MEMS devices are limited more so by the batteries that supply their power than the fabricati...
Abstract—A micromachined battery based on liquid electrolyte and metal electrodes for on-demand and ...
DE 102007034888 B3 UPAB: 20090212 NOVELTY - The microsystem has a micromirror actuator for pivoting ...
