FIELD: development of three-dimensional electronic equipment. SUBSTANCE: electronic module has chip electronic components, packaged electronic components, and integrated-circuit boards carrying active and passive chip electronic components. Module may incorporate various sensors and transceiver system. Chip electronic components, packaged electronic components, and integrated-circuit boards are electrically interconnected through variable- section flexible corrugated switching boards, in addition to internal connections. Each heat- transfer component is provided with heat sink which is in thermal contact with external flexible shell of module. In addition to all advantages characteristic of three-dimensional modules, and primarily high packing density, proposed design can change its shape: it can compress and expand, bend in any direction without changing its functional properties. EFFECT: improved repairability due to facilitated replacement of any defective component, improved flexibility of module. 11 cl, 12 dwg
| Title | Year | Author | Number | 
|---|---|---|---|
| THREE-DIMENSIONAL ELECTRON MODULE | 1997 |  | RU2133523C1 | 
| THREE-DIMENSIONAL ELECTRON MODULE AND PROCESS OF ITS MANUFACTURE | 1998 |  | RU2176134C2 | 
| TWO-SIDED ELECTRONIC DEVICE | 1998 |  | RU2190284C2 | 
| 3D ELECTRONIC MODULE | 2007 | 
 | RU2335821C1 | 
| 3D ELECTRONIC DEVICE | 2011 | 
 | RU2488913C1 | 
| PROCESS OF MANUFACTURE AND TEST OF ELECTRON COMPONENTS | 1997 |  | RU2133522C1 | 
| METHOD FOR MANUFACTURING THREE-DIMENSIONAL MULTICOMPONENT ELECTRONIC MODULE | 2001 | 
 | RU2193260C1 | 
| METHOD FOR MANUFACTURING THREE-DIMENSIONAL POLYMERIC ELECTRONIC MODULE | 2001 | 
 | RU2193259C1 | 
| METHOD FOR MANUFACTURE OF 3D ELECTRONIC MODULE | 2011 | 
 | RU2475885C1 | 
| MANUFACTURING METHOD OF FLEXIBLE RELIEF PRINTED-CIRCUIT BOARDS FOR ELECTRONIC AND ELECTROTECHNICAL EQUIPMENT | 2012 | 
 | RU2496286C1 | 
Authors
Dates
1998-09-20—Published
1997-11-03—Filed