FOCAL MATRIX RECEIVER AND ITS FABRICATION Russian patent published in 2015 - IPC H01L27/146 

Abstract RU 2568946 C2

FIELD: process engineering.

SUBSTANCE: invention relates to fabrication of focal matrix receivers. Production of this receiver including at least one pixel comprises the steps that follow. Making of the first plate with sensitive material on its surface coated by first sacrificial ply. Note here that said sensitive material forms one or more pixels on said first plate. Making of support stems for at least one pixel inside first sacrificial ply and first conducting sections in the surface of the latter to contact with said stems. Making of second plate provided with read-off IC (ROIC). Note here that said second plate is coated with second sacrificial ply with second conducting sections made therein to contact with read-off IC. Sacrificial oxide plies of said first and second plates are brought in contact with each other to align said first and second contact sections to make a conducting jumper. First and second plates are spliced to make sensitive material transferred from first plate to second plate after removal of bulky sacrificial ply. Sacrificial oxide plies are removed to expose at least one pixel. Note here that said support stems are located completely between sensitive material of their pixel and second plate.

EFFECT: maximized active sensitive surface.

12 cl, 11 dwg

Similar patents RU2568946C2

Title Year Author Number
FOCAL MATRIX RECEIVER AND ITS FABRICATION 2011
  • Lapadatu Adriana
  • Kittil'Slann Ermunn
RU2568953C2
HEAT RADIATION SENSOR AND ITS MANUFACTURING METHOD 2015
  • Chetverov Yurij Stepanovich
RU2595306C1
RADIATION SENSOR WITH ANTI-GLARE PROTECTION 2018
  • Becker, Sebastien
  • Aliane, Abdelkader
  • Pelenc, Denis
  • Yon, Jean-Jacques
RU2760103C2
INFRARED RADIATION RECEIVER 2009
  • Zolotarev Vitalij Iosifovich
  • Rudakov Grigorij Aleksandrovich
RU2401997C1
HIGH-INSULATION THERMAL DETECTOR 2009
  • Vilen Mishel'
RU2489688C2
CAPACITY TRANSDUCER OBTAINED BY MICROMACHINING AND METHOD OF ITS MANUFACTURE 2013
  • Dirksen Peter
  • Maukzok Ryudiger
  • Karakaya Koraj
  • Klotvijk Jokhan Khendrik
  • Marselis Bout
  • Myulder Marsel
RU2627062C2
CAPACITIVE TRANSDUCER OBTAINED BY MICROPROCESSING AND ITS MANUFACTURING METHOD 2013
  • Dirksen Peter
  • Maukzok Ryudiger
  • Karakaya Koraj
  • Klotvijk Jokhan Khendrik
  • Marselis Bout
  • Myulder Marsel
RU2618731C2
METHOD OF FORMING ORDERED ARRAY OF NANOSIZED SPHEROIDS ON SUBSTRATE 2010
  • Chesnokov Vladimir Vladimirovich
  • Chesnokov Dmitrij Vladimirovich
RU2444084C1
ADAPTIVE SENSOR BASED ON SENSITIVE FIELD DEVICE 2012
  • Bespalov Vladimir Aleksandrovich
  • Zolotarev Vitalij Iosifovich
  • Rudakov Grigorij Aleksandrovich
  • Rygalin Dmitrij Borisovich
  • Fedirko Valerij Alekseevich
  • Fetisov Evgenij Aleksandrovich
  • Khafizov Renat Zakirovich
  • Shepelev Stanislav Olegovich
RU2511203C2
INCAPULATED ELECTRONICS 2013
  • Ettskorn Dzhejms
  • Amirparviz Babak
RU2631196C2

RU 2 568 946 C2

Authors

Lapadatu Adriana

Kittil'Slann Ermunn

Dates

2015-11-20Published

2011-03-01Filed