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Scanning probe microscope 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H01J-037/00
출원번호 US-0850669 (1992-03-13)
발명자 / 주소
  • Linker Frederick I. (Menlo Park CA) Kirk Michael D. (San Jose CA) Alexander John D. (Sunnyvale CA) Park Sang-il (Palo Alto CA) Park Sung-il (San Jose CA) Smith Ian R. (Los Gatos CA)
출원인 / 주소
  • Park Scientific Instruments (Sunnyvale CA 02)
인용정보 피인용 횟수 : 115  인용 특허 : 0

초록

A scanning probe microscope having numerous advantages is disclosed. Respective scanning force and scanning tunneling probes are removably mounted in the head using kinematic mounting techniques so that they may be substituted for one another without the need to adjust the cantilever deflection sens

대표청구항

A method of mounting a probe in a scanning probe microscope, said probe comprising a cantilever and a chip, said method comprising the step of kinematically mounting said probe in a head of said scanning probe microscope.

이 특허를 인용한 특허 (115)

  1. Strid, Eric; Gleason, K. Reed, Active wafer probe.
  2. Strid,Eric; Gleason,K. Reed, Active wafer probe.
  3. Watanabe, Naoki; Tsukada, Masaru; Tagami, Katsunori, Apparatus for generating coarse-grained simulation image of sample to be measured with a probe of a scanning probe microscope.
  4. Xu Shaohua ; Arnsdorf Morton F., Atomic force microscope for biological specimens.
  5. Moon, Christopher Ryan, Automatic gain tuning in atomic force microscopy.
  6. Strid, Eric; Campbell, Richard, Calibration structures for differential signal probing.
  7. Dunklee, John, Chuck for holding a device under test.
  8. Dunklee, John, Chuck for holding a device under test.
  9. Dunklee, John, Chuck for holding a device under test.
  10. Dunklee,John, Chuck for holding a device under test.
  11. Dunklee,John, Chuck for holding a device under test.
  12. Dunklee,John, Chuck for holding a device under test.
  13. Stewart, Craig; Lord, Anthony; Spencer, Jeff; Burcham, Terry; McCann, Peter; Jones, Rod; Dunklee, John; Lesher, Tim; Newton, David, Chuck for holding a device under test.
  14. Stewart,Craig; Lord,Anthony; Spencer,Jeff; Burcham,Terry; McCann,Peter; Jones,Rod; Dunklee,John; Lesher,Tim; Newton,David, Chuck for holding a device under test.
  15. Andrews, Peter; Froemke, Brad; Dunklee, John, Chuck with integrated wafer support.
  16. Andrews,Peter; Froemke,Brad; Dunklee,John, Chuck with integrated wafer support.
  17. Shi, Jian; Prater, Craig; Ma, Ji; Su, Chanmin, Closed loop controller and method for fast scanning probe microscopy.
  18. Campbell, Richard; Strid, Eric W.; Andrews, Mike, Differential signal probe with integral balun.
  19. Strid, Eric; Campbell, Richard, Differential signal probing system.
  20. Campbell, Richard L.; Andrews, Michael, Differential waveguide probe.
  21. Burcham, Terry; McCann, Peter; Jones, Rod, Double sided probing structures.
  22. Burcham,Terry; McCann,Peter; Jones,Rod, Double sided probing structures.
  23. Dunklee, John; Norgden, Greg; Cowan, C. Eugene, Guarded tub enclosure.
  24. David, Paul; Milano, Shaun D., Hall-effect based linear motor controller.
  25. David, Paul; Milano, Shaun D., Hall-effect based linear motor controller.
  26. Russell, William I., High-bandwidth actuator drive for scanning probe microscopy.
  27. Dahlen, Gregory A., Image reconstruction method.
  28. Putman, Matthew C.; Putman, John B., Increasing image resolution method employing known background and specimen.
  29. Andrews, Peter; Hess, David; New, Robert, Interface for testing semiconductors.
  30. Kawakatsu, Hideki, Interferometric apparatus utilizing a cantilever array to measure a surface.
  31. Braunstein David ; Kirk Michael ; Ly Ouoc ; Nguyen Thai, Kinematically mounted probe holder for scanning probe microscope.
  32. McFadden,Bruce, Localizing a temperature of a device for testing.
  33. Gleason, K. Reed; Bayne, Michael A.; Smith, Kenneth; Lesher, Timothy; Koxxy, Martin, Membrane probing method using improved contact.
  34. Gleason, Reed; Bayne, Michael A.; Smith, Kenneth; Lesher, Timothy; Koxxy, Martin, Membrane probing method using improved contact.
  35. Gleason, K. Reed; Smith, Kenneth R.; Bayne, Mike, Membrane probing structure with laterally scrubbing contacts.
  36. Gleason, Reed; Bayne, Michael A.; Smith, Kenneth; Lesher, Timothy; Koxxy, Martin, Membrane probing system.
  37. Smith,Kenneth; Gleason,Reed, Membrane probing system.
  38. Smith,Kenneth; Gleason,Reed, Membrane probing system.
  39. Tervo,Paul A.; Smith,Kenneth R.; Cowan,Clarence E.; Dauphinais,Mike P.; Koxxy,Martin J., Membrane probing system.
  40. Gleason, K. Reed; Smith, Kenneth R.; Bayne, Mike, Membrane probing system with local contact scrub.
  41. Jarvis Suzanne Philippa,JPX ; Lantz Mark Alfred,JPX ; Duerig Urs,CHX, Method and apparatus for force control of a scanning probe.
  42. Masser, Carl, Method and apparatus for monitoring of a SPM actuator.
  43. Mininni, Paul L., Method and apparatus of scanning a sample using a scanning probe microscope.
  44. Hayden, Leonard; Martin, John; Andrews, Mike, Method of assembling a wafer probe.
  45. Gleason, Reed; Bayne, Michael A.; Smith, Kenneth, Method of constructing a membrane probe.
  46. Ando, Kazunori; Watanabe, Kazutoshi; Shikakura, Yoshiteru; Tsuchihashi, Masaki; Yamaoka, Takehiro, Method of operating scanning probe microscope.
  47. Smith, Kenneth R., Method of replacing an existing contact of a wafer probing assembly.
  48. Lindig,Darin D., Methods and systems for ascertaining the roughness of a print media surface.
  49. Rychen, Joerg, Mount for a scanning probe sensor package, scanning probe sensor package, scanning probe microscope and method of mounting or dismounting a scanning probe sensor package.
  50. Anlage Steven Mark ; Wellstood Frederick Charles ; Vlahacos Kosta ; Steinhauer David E., Near-field scanning microwave microscope having a transmission line with an open end.
  51. Strid,Eric; Campbell,Richard, On-wafer test structures for differential signals.
  52. Braunstein David ; Kirk Michael ; Ly Quoc ; Nguyen Thai, Optical microscope stage for scanning probe microscope.
  53. Stewart, Ray F., Phase change sensor.
  54. Tong Yi,JPX, Position control system for scanning probe microscope.
  55. Hayden,Leonard; Rumbaugh,Scott; Andrews,Mike, Probe for combined signals.
  56. Hayden,Leonard; Rumbaugh,Scott; Andrews,Mike, Probe for combined signals.
  57. Hayden,Leonard; Rumbaugh,Scott; Andrews,Mike, Probe for combined signals.
  58. Campbell,Richard L.; Andrews,Michael; Bui,Lynh, Probe for high frequency signals.
  59. Gleason,K. Reed; Lesher,Tim; Strid,Eric W.; Andrews,Mike; Martin,John; Dunklee,John; Hayden,Leonard; Safwat,Amr M. E., Probe for testing a device under test.
  60. Smith, Kenneth; Jolley, Michael; Van Syckel, Victoria, Probe head having a membrane suspended probe.
  61. Smith,Kenneth; Jolley,Michael; Van Syckel,Victoria, Probe head having a membrane suspended probe.
  62. Schwindt,Randy, Probe holder for testing of a test device.
  63. Nordgren, Greg; Dunklee, John, Probe station.
  64. Nordgren, Greg; Dunklee, John, Probe station.
  65. Peters, Ron A.; Hayden, Leonard A.; Hawkins, Jeffrey A.; Dougherty, R. Mark, Probe station having multiple enclosures.
  66. Peters,Ron A.; Hayden,Leonard A.; Hawkins,Jeffrey A.; Dougherty,R. Mark, Probe station having multiple enclosures.
  67. Cowan, Clarence E.; Tervo, Paul A.; Dunklee, John L., Probe station thermal chuck with shielding for capacitive current.
  68. Dunklee,John; Cowan,Clarence E., Probe station with low inductance path.
  69. Lesher, Timothy; Miller, Brad; Cowan, Clarence E.; Simmons, Michael; Gray, Frank; McDonald, Cynthia L., Probe station with low noise characteristics.
  70. Navratil,Peter; Froemke,Brad; Stewart,Craig; Lord,Anthony; Spencer,Jeff; Runbaugh,Scott; Fisher,Gavin; McCann,Pete; Jones,Rod, Probe station with two platens.
  71. Lesher, Timothy E., Probe testing structure.
  72. Haydon Philip G., Probe-type near-field confocal having feedback for adjusting probe distance.
  73. Smith, Kenneth R.; Hayward, Roger, Probing apparatus with impedance optimized interface.
  74. Smith, Kenneth R., Replaceable coupon for a probing apparatus.
  75. Toda Akitoshi,JPX ; Ito Shuichi,JPX ; Miyamoto Hirofumi,JPX ; Yagi Akira,JPX, Scanner system.
  76. Hiroyoshi Yamamoto JP, Scanning probe microscope.
  77. Honma Akihiko,JPX ; Umemoto Takeshi,JPX ; Inoue Akira,JPX, Scanning probe microscope.
  78. Matsuyama Katsuhiro,JPX ; Sakai Nobuaki,JPX ; Morita Seizo,JPX ; Sugawara Yasuhiro,JPX, Scanning probe microscope.
  79. Braunstein David ; Kirk Michael ; Ly Quoc ; Nguyen Thai, Scanning probe microscope providing unobstructed top down and bottom up views.
  80. Jo, Hyeong Chan; Lim, Hong Jae; Shin, Seung Jun; Kim, Joon Hui; Kim, Yong Seok; Park, Sang-il, Scanning probe microscope with automatic probe replacement function.
  81. Park, Sang-il; Noh, Hanaul, Scanning probe microscope with drift compensation.
  82. Kwon, Joonhyung; Kim, Young Seok; Park, Sang-il, Scanning probe microscope with improved probe head mount.
  83. Kwon, Joonhyung; Kim, Young Seok; Park, Sang-il, Scanning probe microscope with improved probe tip mount.
  84. Hong, Jaewan; Kwon, Joonhyung; Park, Sang-il, Scanning probe microscope with improved scan accuracy, scan speed, and optical vision.
  85. Gleason,K. Reed; Lesher,Tim; Strid,Eric W.; Andrews,Mike; Martin,John; Dunklee,John; Hayden,Leonard; Safwat,Amr M. E., Shielded probe for high-frequency testing of a device under test.
  86. Gleason, K. Reed; Lesher, Tim; Strid, Eric W.; Andrews, Mike; Martin, John; Dunklee, John; Hayden, Leonard; Safwat, Amr M. E., Shielded probe for testing a device under test.
  87. Gleason,K. Reed; Lesher,Tim; Andrews,Mike; Martin,John, Shielded probe for testing a device under test.
  88. Gleason,K. Reed; Lesher,Tim; Andrews,Mike; Martin,John, Shielded probe for testing a device under test.
  89. Gleason,K. Reed; Lesher,Tim; Andrews,Mike; Martin,John, Shielded probe for testing a device under test.
  90. Gleason,K. Reed; Lesher,Tim; Strid,Eric W.; Andrews,Mike; Martin,John; Dunklee,John; Hayden,Leonard; Safwat,Amr M. E., Shielded probe for testing a device under test.
  91. Gleason,K. Reed; Lesher,Tim; Strid,Eric W.; Andrews,Mike; Martin,John; Dunklee,John; Hayden,Leonard; Safwat,Amr M. E., Shielded probe for testing a device under test.
  92. Gleason,K. Reed; Lesher,Tim; Strid,Eric W.; Andrews,Mike; Martin,John; Dunklee,John; Hayden,Leonard; Safwat,Amr M. E., Shielded probe with low contact resistance for testing a device under test.
  93. Alexander John D. ; Kirk Michael D., Single axis vibration reducing system.
  94. Lundin, Johan, Slide holder for an optical microscope.
  95. Dunklee,John, Switched suspended conductor and connection.
  96. Sadeghian Marnani, Hamed; Winters, Jasper; Crowcombe, William Edward; van den Dool, Teunis Cornelis; Kramer, Geerten Frans Ijsbrand, System and method of performing scanning probe microscopy on a substrate surface.
  97. Strid,Eric W.; Schappacher,Jerry B.; Carlton,Dale E.; Gleason,K. Reed, System for evaluating probing networks.
  98. Workman, Richard K.; Fromm, David Patrick, System for scanning probe microscope input device.
  99. Andrews, Peter; Hess, David, System for testing semiconductors.
  100. Negishi, Kazuki; Hansen, Mark, Test apparatus for measuring a characteristic of a device under test.
  101. Campbell, Richard, Test structure and probe for differential signals.
  102. Campbell,Richard, Test structure and probe for differential signals.
  103. Rumbaugh,Scott, Thermal optical chuck.
  104. Rice, Alan F.; Huang, Lin, Tracking qualification and self-optimizing probe microscope and method.
  105. Xiao, Ke; Peterson, Brennan; Johnson, Timothy A., Via characterization for BCD and depth metrology.
  106. Valley, John F., Wafer nanotopography metrology for lithography based on thickness maps.
  107. Hayden, Leonard; Martin, John; Andrews, Mike, Wafer probe.
  108. Hayden,Leonard; Martin,John; Andrews,Mike, Wafer probe.
  109. Hayden,Leonard; Martin,John; Andrews,Mike, Wafer probe.
  110. Hayden,Leonard; Martin,John; Andrews,Mike, Wafer probe.
  111. Schwindt, Randy J.; Harwood, Warren K.; Tervo, Paul A.; Smith, Kenneth R.; Warner, Richard H., Wafer probe station having a skirting component.
  112. Schwindt,Randy J.; Harwood,Warren K.; Tervo,Paul A.; Smith,Kenneth R.; Warner,Richard H., Wafer probe station having a skirting component.
  113. Harwood, Warren K.; Tervo, Paul A.; Koxxy, Martin J., Wafer probe station having environment control enclosure.
  114. Harwood,Warren K.; Tervo,Paul A.; Koxxy,Martin J., Wafer probe station having environment control enclosure.
  115. Campbell, Richard, Wideband active-passive differential signal probe.
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