Wafer level burn-in and electrical test system and method
1. Field of the Invention A burn-in and electrical test system () includes a temperature controlled zone () and a cool zone () separated by a transition zone The temperature controlled zone () is configured to receive a plurality of wafer cartridges () and connect the cartridges () to test electroni...
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Main Authors | , , |
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Format | Patent |
Language | English |
Published |
13.05.2003
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Online Access | Get full text |
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Abstract | 1. Field of the Invention
A burn-in and electrical test system () includes a temperature controlled zone () and a cool zone () separated by a transition zone The temperature controlled zone () is configured to receive a plurality of wafer cartridges () and connect the cartridges () to test electronics () and power electronics (), which are mounted in the cool zone (). Each of the wafer cartridges () contains a semiconductor wafer incorporating a plurality of integrated circuits. The test electronics () consists of a pattern generator PCB () and a signal driver and fault analysis PCB () connected together by a parallel bus (). The pattern generator PCB () and the fault analysis PCB () are connected to a rigid signal probe PCB () in cartridge () to provide a straight through signal path. The probe PCB () is rigid in order to allow close control of capacitance between each signal line and a backplane, thus providing impedance controlled interconnections between a semiconductor wafer under test and the test electronics (). The power distribution system () is connected to a probe power PCB () in the cartridge (). The probe power PCB () has at least a bendable portion in order to allow it to be positioned closely adjacent to and parallel with the rigid probe PCB (), yet extend a substantial distance away from the probe PCB () at its interconnection (). |
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AbstractList | 1. Field of the Invention
A burn-in and electrical test system () includes a temperature controlled zone () and a cool zone () separated by a transition zone The temperature controlled zone () is configured to receive a plurality of wafer cartridges () and connect the cartridges () to test electronics () and power electronics (), which are mounted in the cool zone (). Each of the wafer cartridges () contains a semiconductor wafer incorporating a plurality of integrated circuits. The test electronics () consists of a pattern generator PCB () and a signal driver and fault analysis PCB () connected together by a parallel bus (). The pattern generator PCB () and the fault analysis PCB () are connected to a rigid signal probe PCB () in cartridge () to provide a straight through signal path. The probe PCB () is rigid in order to allow close control of capacitance between each signal line and a backplane, thus providing impedance controlled interconnections between a semiconductor wafer under test and the test electronics (). The power distribution system () is connected to a probe power PCB () in the cartridge (). The probe power PCB () has at least a bendable portion in order to allow it to be positioned closely adjacent to and parallel with the rigid probe PCB (), yet extend a substantial distance away from the probe PCB () at its interconnection (). |
Author | Richmond, II, Donald Paul Lobacz, Jerry Hoang, John Dinh |
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References | Tanaka et al. (5777485) 19980700 (09017832) 19970100 (8 005666) 19960100 Stone et al. (4662043) 19870500 Henson (6133054) 20001000 Dasse et al. (5654588) 19970800 (10199943) 19980700 Tsuta (5621313) 19970400 Farnworth et al. (5894218) 19990400 1998 Annual Report of AEHR Test Systems. Greer et al. (5597737) 19970100 Beckenbaugh et al. (5593903) 19970100 (08222693) 19960800 Leas et al. (5600257) 19970200 (10189672) 19980700 Five (5) sheets of website information from Panasonic website-downloaded Mar. 2, 1999. Bradshaw (4374317) 19830200 Schedwin (4577847) 19860300 Hively et al. (5808474) 19980900 Sallander (4258620) 19810300 (10199944) 19980700 Itoyama et al. (5614837) 19970300 Wood et al. (5859539) 19990100 Furuya et al. (6084215) 20000700 Wood et al. (5905382) 19990500 DeHaven et al. (5701666) 19971200 (08204137) 19960800 Barraclough et al. (5429510) 19950700 (0283219) 19880900 Nakata et al. (5945834) 19990800 Andberg (6140616) 20001000 (10189673) 19980700 Ahmad et al. (6147506) 20001100 Kunstreich et al. (5743324) 19980400 Kerschner et al. (4818933) 19890400 Vranish (5174772) 19921200 Itoyama et al. (5510724) 19960400 Beitman (5385487) 19950100 Atkins et al. (5570032) 19961000 (10 189670) 19980700 Brehm et al. (5682472) 19971000 Daniels (3530750) 19700900 Montoya et al. (5656943) 19970800 (0579993) 19940100 Uher et al. (6340895) 20020100 Yonezawa et al. (6205652) 20010300 Fuoco (5103168) 19920400 Iino et al. (5568054) 19961000 Uher et al. (2002/0002008) 20020100 |
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Snippet | 1. Field of the Invention
A burn-in and electrical test system () includes a temperature controlled zone () and a cool zone () separated by a transition zone... |
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Title | Wafer level burn-in and electrical test system and method |
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