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Coaxial connector with impedance control 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H01R-029/00
출원번호 US-0652441 (1996-07-17)
우선권정보 NL-0002115 (1993-12-06)
국제출원번호 PCT/NL94/003 (1994-11-29)
§371/§102 date 19960717 (19960717)
국제공개번호 WO-9516292 (1995-06-15)
발명자 / 주소
  • Meller Andrew Graham,NLX
  • Pardoel Michel Gerardus,NLX
  • Paagman Bernardus Lambertus Franciscus,NLX
출원인 / 주소
  • Berg Technology, Inc.
대리인 / 주소
    Long
인용정보 피인용 횟수 : 51  인용 특허 : 0

초록

Coaxial connector provided with a body (20) of electroconductive material which extends in the casing (1) of the connector between the connection ends (18, 19) and is electrically separated therefrom. The body (20) functions as a capacitive coupling medium between the connection ends (18, 19) and th

대표청구항

[ We claim:] [1.] Coaxial connector provided with at least one electrical contact element having a contact side in the form of a coaxial inner and outer contact member for making contact with a further connector, and having a connection side in the form of connection ends, which extend from the inne

이 특허를 인용한 특허 (51)

  1. Toru Amazutsumi JP, Battery carrying portable electric equipment.
  2. Hechtfischer, Gerd; Hohenester, Wilhelm; Huber, Rupert; Jünemann, Ralf; Pinta, Christian; Völk, Monika, Calibration unit for a measurement device.
  3. Barnette,Christopher M., Circuit board for cable termination.
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  5. Miyake Yukinori,JPX ; Ozaki Tetsuya,JPX ; Nishimatu Norimasa,JPX ; Nobe Takeshi,JPX, Coaxial connector for switching antennas.
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  7. de Vries, Jeffrey; Hitomi, Arthur S., Deriving component statistics for a stream enabled application.
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  9. Huguenet Jean-Pierre,FRX ; Bertrand Philippe,FRX, Electrical connection device with a switch.
  10. Arai, Daniel T.; Panwar, Sameer; Benitez, Manuel E.; Holler, Anne M.; Shah, Lacky, Intelligent network streaming and execution system for conventionally coded applications.
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  12. Arai, Daniel T.; Panwar, Sameer; Benitez, Manuel E.; Holler, Anne Marie; Shah, Lacky Vasant, Intelligent network streaming and execution system for conventionally coded applications.
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  14. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Carman, Dan D.; Reed, William R., Lightweight audio system for automotive applications and method.
  15. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Hatcher, Rick L.; Nguyen, Quan N., Lightweight audio system for automotive applications and method.
  16. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Hatcher, Rick L.; Nguyen, Quan N., Lightweight audio system for automotive applications and method.
  17. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  18. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  19. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  20. Snider, Chris R.; Gupta, Vineet; Coady, Michael G., Lightweight audio system for automotive applications and method.
  21. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Bell, Jeffrey T.; Burton, Paul C.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  22. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Hassler, Edgar Glenn; Piel, Kip R.; Kenworthy, Tim A.; Uglum, Paul A.; Fye, Michael E.; Scott, Philip M., Lightweight audio system for automotive applications and method.
  23. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  24. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  25. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  26. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  27. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  28. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  29. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  30. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Burton, Paul C.; Carman, Dan D.; Stahl, Gary L.; Matly, John Michael; Hatcher, Rick L.; Hassler, Edgar Glenn; Nguyen, Quan N.; Reed, William R.; Piel, Kip R.; Wendling, Jerry J.; Kenworthy, Tim A.; Uglum, Paul A.; Fye, Michael E.; Scott, Philip M., Lightweight audio system for automotive applications and method.
  31. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Matly, John Michael; Piel, Kip R.; Wendling, Jerry J., Lightweight audio system for automotive applications and method.
  32. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  33. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  34. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  35. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  36. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  37. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  38. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  39. Daoud, Bassel H., Modular jack having contacting spring leads.
  40. DeVries, Jeffrey; Hitomi, Arthur, Opportunistic block transmission with time constraints.
  41. DeVries, Jeffrey; Hitomi, Arthur S., Opportunistic block transmission with time constraints.
  42. DeVries, Jeffrey; Hitomi, Arthur S., Opportunistic block transmission with time constraints.
  43. de Vries, Jeffrey; Hitomi, Arthur Shingen, Opportunistic block transmission with time constraints.
  44. de Vries, Jeffrey; Hitomi, Arthur Shingen, Opportunistic block transmission with time constraints.
  45. de Vries, Jeffrey; Hitomi, Arthur Shingen, Opportunistic block transmission with time constraints.
  46. Holler, Anne Marie; Shah, Lacky Vasant; Panwar, Sameer; Patel, Amit, Optimized server for streamed applications.
  47. Park,Jin Kwon; Won,Chan youn, Printed circuit board method and apparatus.
  48. Vinson, Jeffrey; Westerberg, Steig G.; Vries, Jeffrey De, Software streaming system and method.
  49. Vinson, Jeffrey; Westerberg, Steig; DeVries, Jeffrey, Software streaming system and method.
  50. Vinson, Jeffrey; Westerberg, Steig; DeVries, Jeffrey, Software streaming system and method.
  51. Takahashi Michiharu,JPX ; Chino Kiyozumi,JPX ; Ishikawa Asao,JPX ; Kodaira Makoto,JPX, Termination coaxial connector.
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