최소 단어 이상 선택하여야 합니다.
최대 10 단어까지만 선택 가능합니다.
다음과 같은 기능을 한번의 로그인으로 사용 할 수 있습니다.
NTIS 바로가기다음과 같은 기능을 한번의 로그인으로 사용 할 수 있습니다.
DataON 바로가기다음과 같은 기능을 한번의 로그인으로 사용 할 수 있습니다.
Edison 바로가기다음과 같은 기능을 한번의 로그인으로 사용 할 수 있습니다.
Kafe 바로가기국가/구분 | United States(US) Patent 등록 |
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국제특허분류(IPC7판) |
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출원번호 | US-0151967 (2016-05-11) |
등록번호 | US-10148243 (2018-12-04) |
발명자 / 주소 |
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출원인 / 주소 |
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대리인 / 주소 |
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인용정보 | 피인용 횟수 : 0 인용 특허 : 16 |
An interface terminating device for an interface port includes, in one embodiment, a resistor having first and second conductive leads and a resistive element between the first and second leads. The interface terminating device includes a resistor holder and resistor engager which cooperate together
An interface terminating device for an interface port includes, in one embodiment, a resistor having first and second conductive leads and a resistive element between the first and second leads. The interface terminating device includes a resistor holder and resistor engager which cooperate together to establish electrical contact with an interface port.
1. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion,wherein at least o
1. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion,wherein at least one of the first and second contact portions of the first and second conductive leads is off-axis relative to the elongate axis of the resistive element; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to electrically engage inner and outer conductors of an interface port directly, the first conductive lead configured to be guided into an aperture of the interface port and the second conductive lead configured to be urged against an outside surface of the interface port,wherein a portion of the outside surface of the interface port is threaded so as to threadably engage the housing assembly. 2. The interface terminating device of claim 1, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 3. The interface terminating device of claim 1, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 4. The interface terminating device of claim 1, further comprising a solder-less connection structure configured to form a solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 5. The interface terminating device of claim 4, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 6. The interface terminating device of claim 4, wherein the resistor simulates an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 7. The interface terminating device of claim 4, wherein the solder-less connection structure includes a resistor holder and a resistor engager, the resistor holder being configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager being configured to effect a solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 8. The interface terminating device of claim 4, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 9. The interface terminating device of claim 4, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 10. The interface terminating device of claim 9, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 11. The interface terminating device of claim 7, wherein the first conductive lead axially engages the aperture of the interface port, wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, and wherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conducive lead against the outer surface of the interface port, the peripheral surface being configured to electrically engage the outer surface of the interface port. 12. The interface terminating device of claim 1, wherein: the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured for assembly with the resistor and the interface port. 13. The interface terminating device of claim 12, wherein the resistive element simulates the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 14. The interface terminating device of claim 12, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager configured to effect a solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface port. 15. The interface terminating device of claim 12, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 16. The interface terminating device of claim 12, wherein the housing is configured to urge the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 17. The interface terminating device of claim 12, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor device into the aperture of the interface port. 18. The interface terminating device of claim 17, wherein the first conductive lead is configured to axially engage the aperture of the interface port, wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, and wherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conductive lead against an outer surface of the interface port, the peripheral surface electrically engaging the outer surface of the interface port. 19. The interface terminating device of claim 1, wherein: the housing assembly comprises a resistor holder and a resistor engager, the resistor holder being configured to position the conductive leads of the resistor device relative to the inner and outer conductors of the interface port, and the resistor engager being configured to effect a solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port; andan insulating device configured to center, and define the aperture for receiving, the first conductive lead along the elongate axis,wherein the resistor is configured to stimulate an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation,wherein the housing assembly is configured to urge the second conductive lead against the outside surface of the interface port,wherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager, andwherein the annular ring is configured to facilitate rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 20. The interface terminating device of claim 19, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 21. The interface terminating device of claim 1, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 22. The interface terminating device of claim 1, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager configured to effect a solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 23. The interface terminating device of claim 1, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 24. The interface terminating device of claim 1, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes an outside surface. 25. The interface terminating device of claim 1, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 26. The interface terminating device of claim 1, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 27. The interface terminating device of claim 1, wherein the second conductive lead axially overlaps the outside surface of the interface port. 28. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to contiguously engage inner and outer conductors of an interface port. 29. The interface terminating device of claim 28, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 30. The interface terminating device of claim 28, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 31. The interface terminating device of claim 28, further comprising a solder-less connection structure configured to form a solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 32. The interface terminating device of claim 31, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 33. The interface terminating device of claim 31, wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 34. The interface terminating device of claim 31, wherein the solder-less connection structure includes a resistor holder and a resistor engager, the resistor holder being configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager being configured to effect a solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 35. The interface terminating device of claim 31, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 36. The interface terminating device of claim 31, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 37. The interface terminating device of claim 36, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 38. The interface terminating device of claim 34, wherein the first conductive lead axially engages the aperture of the interface port, wherein the resistor engager includes a guide surface that is configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, and wherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conducive lead against the outer surface of the interface port, the peripheral surface being configured to electrically engage the outer surface of the interface port. 39. The interface terminating device of claim 28, wherein the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured for assembly with the resistor and the interface port. 40. The interface terminating device of claim 39, wherein the resistive element is configured to simulate the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 41. The interface terminating device of claim 39, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder is configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager is configured to effect a solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface. 42. The interface terminating device of claim 39, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 43. The interface terminating device of claim 39, wherein the housing is configured to urge the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 44. The interface terminating device of claim 39, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor device into the aperture of the interface port. 45. The interface terminating device of claim 28, wherein: the housing assembly comprises a resistor holder and a resistor engager, the resistor holder being configured to position the conductive leads of the resistor device relative to the inner and outer conductors of the interface port, and the resistor engager being configured to effect a solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor into the aperture of the interface port; andan insulating device configured to center, and define the aperture for receiving, the first conductive lead along the elongate axis,wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of the interface port so as to obviate passive intermodulation,wherein the housing assembly is configured to urge the second conductive lead against the outside surface of the interface port,wherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager, andwherein the annular ring is configured to facilitate rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 46. The interface terminating device of claim 45, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 47. The interface terminating device of claim 28, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 48. The interface terminating device of claim 28, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager configured to effect a solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 49. The interface terminating device of claim 28, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 50. The interface terminating device of claim 28, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes an outside surface. 51. The interface terminating device of claim 28, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 52. The interface terminating device of claim 28, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 53. The interface terminating device of claim 28, wherein the second conductive lead axially overlaps the outside surface of the interface port. 54. The interface terminating device of claim 28, wherein at least one of the first and second contact portions of the first and second conductive leads is located off-axis relative to the elongate axis of the resistive element during operation of the interface terminating device. 55. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion,wherein at least one of the first and second contact portions of the first and second conductive leads is configured to be located off-axis relative to the elongate axis of the resistive element when the interface terminating device is assembled; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to electrically engage an interface port so as to form a continuous electrical connection between at least one of the first and second conductive leads and the interface port, the first conductive lead being configured to be guided into an aperture of the interface port and the second conductive lead being configured to axially overlap a portion of the interface port that is configured to be rotatably coupled to the housing assembly. 56. The interface terminating device of claim 55, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 57. The interface terminating device of claim 55, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 58. The interface terminating device of claim 55, further comprising a solder-less connection structure configured to form a solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 59. The interface terminating device of claim 58, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 60. The interface terminating device of claim 58, wherein the resistor simulates an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 61. The interface terminating device of claim 58, wherein the solder-less connection structure includes a resistor holder and a resistor engager, the resistor holder being configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager being configured to effect a solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 62. The interface terminating device of claim 58, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 63. The interface terminating device of claim 58, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 64. The interface terminating device of claim 63, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 65. The interface terminating device of claim 61, wherein the first conductive lead is configured to axially engages the aperture of the interface port, wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, and wherein an engagement surface is configured to bias a peripheral surface of the forward portion of the second conducive lead against the outer surface of the interface port, and wherein the peripheral surface is configured to electrically engage the outer surface of the interface port. 66. The interface terminating device of claim 55, wherein the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured to be assembled with the resistor and the interface port. 67. The interface terminating device of claim 66, wherein the resistive element is configured to simulate the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 68. The interface terminating device of claim 66, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder is configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager is configured to form a solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface port. 69. The interface terminating device of claim 66, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 70. The interface terminating device of claim 66, wherein the housing is configured to bias the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 71. The interface terminating device of claim 66, wherein the housing assembly includes a resistor holder and a resistor engager, and the resistor holder is configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor device into the aperture of the interface port. 72. The interface terminating device of claim 71, wherein the first conductive lead is configured to axially engage the aperture of the interface port, wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, and wherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conductive lead against an outer surface of the interface port, the peripheral surface electrically engaging the outer surface of the interface port. 73. The interface terminating device of claim 55, wherein the housing assembly comprises a resistor holder that is configured to position the conductive leads of the resistor device relative to the inner and outer contacts of the interface port and a resistor engager that is configured to form a solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor into the aperture of the interface port, further comprising: an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis,wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of the interface port so as to obviate passive intermodulation,wherein the housing assembly is configured to bias the second conductive lead against the outside surface of the interface port, andwherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager so that the annular ring facilitates rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 74. The interface terminating device of claim 73, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 75. The interface terminating device of claim 55, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 76. The interface terminating device of claim 55, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder is configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect a solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 77. The interface terminating device of claim 55, further comprising an insulating device configured to center and define the aperture so that the aperture receives the first conductive lead along the elongate axis. 78. The interface terminating device of claim 55, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes an outside surface. 79. The interface terminating device of claim 55, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 80. The interface terminating device of claim 55, wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 81. The interface terminating device of claim 28, wherein the housing assembly is configured to be coupled to a coupler portion of the interface port and to receive the resistor such that the first and second conductive leads are configured to contiguously engage inner and outer conductors of the interface port. 82. The interface terminating device of claim 81, wherein housing assembly is configured to be rotatably coupled to the interface port. 83. The interface terminating device of claim 81, wherein the coupler portion of the interface port comprises a threaded portion. 84. The interface terminating device of claim 81, wherein the coupler portion of the interface port comprises an outer portion of the interface port. 85. The interface terminating device of claim 81, wherein the coupler portion of the interface port is located on an outer surface of the interface port. 86. The interface terminating device of claim 55, wherein the portion of the interface port that is configured to be coupled to the housing assembly comprises a threaded portion and the housing assembly is configured to threadably engage the threaded portion of the interface port. 87. The interface terminating device of claim 55, wherein the portion of the interface port that is configured to be coupled to the housing assembly comprises an outer surface portion of the interface port. 88. The interface terminating device of claim 87, wherein the outer surface portion of the interface port comprises a threaded portion and the housing assembly is configured to threadably engage the threaded portion of the interface port. 89. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion,wherein at least one of the first and second contact portions of the first and second conductive leads is off-axis relative to the elongate axis of the resistive element; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to electrically engage inner and outer conductors of an interface port directly, the first conductive lead configured to be guided into an aperture of the interface port and the second conductive lead configured to be urged against an outside surface of the interface port,wherein the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured for assembly with the resistor and the interface port,wherein the resistor holder is configured to threadably engage the interface port to axially displace the first conductive lead of the resistor device into the aperture of the interface port, andwherein the first conductive lead is configured to axially engage the aperture of the interface port,wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, andwherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conductive lead against an outer surface of the interface port, the peripheral surface electrically engaging the outer surface of the interface port. 90. The interface terminating device of claim 89, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 91. The interface terminating device of claim 89, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 92. The interface terminating device of claim 89, further comprising a solder-less connection structure configured to form the solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 93. The interface terminating device of claim 92, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 94. The interface terminating device of claim 92, wherein the resistor simulates an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 95. The interface terminating device of claim 92, wherein the resistor holder being configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager being configured to effect the solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 96. The interface terminating device of claim 92, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 97. The interface terminating device of claim 92, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 98. The interface terminating device of claim 97, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 99. The interface terminating device of claim 89, wherein the resistive element simulates the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 100. The interface terminating device of claim 89, wherein the resistor holder is configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager is configured to effect the solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface port. 101. The interface terminating device of claim 89, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 102. The interface terminating device of claim 89, wherein the housing is configured to urge the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 103. The interface terminating device of claim 89, wherein: the resistor holder is configured to position the conductive leads of the resistor device relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect the solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port; andan insulating device configured to center, and define the aperture for receiving, the first conductive lead along the elongate axis,wherein the resistor is configured to stimulate an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation,wherein the housing assembly is configured to urge the second conductive lead against the outside surface of the interface port,wherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager, andwherein the annular ring is configured to facilitate rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 104. The interface terminating device of claim 103, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 105. The interface terminating device of claim 89, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 106. The interface terminating device of claim 89, wherein the resistor holder is configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect the solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 107. The interface terminating device of claim 89, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 108. The interface terminating device of claim 89, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes the outside surface. 109. The interface terminating device of claim 89, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 110. The interface terminating device of claim 89, wherein the resistor holder is configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 111. The interface terminating device of claim 89, wherein the second conductive lead axially overlaps the outside surface of the interface port. 112. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to contiguously engage inner and outer conductors of an interface port,wherein the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured for assembly with the resistor and the interface port,wherein the housing assembly includes a resistor holder and a resistor engager, the resistor holder configured to threadably engage the interface port to axially displace the first conductive lead of the resistor device into the aperture of the interface port,wherein the first conductive lead is configured to axially engage the aperture of the interface port,wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder,wherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conductive lead against an outer surface of the interface port, andwherein the peripheral surface is configured to electrically engage the outer surface of the interface port. 113. The interface terminating device of claim 112, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 114. The interface terminating device of claim 112, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 115. The interface terminating device of claim 112, further comprising a solder-less connection structure configured to form the solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 116. The interface terminating device of claim 115, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 117. The interface terminating device of claim 115, wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 118. The interface terminating device of claim 115, wherein the resistor holder is configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager is configured to effect the solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 119. The interface terminating device of claim 115, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 120. The interface terminating device of claim 115, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 121. The interface terminating device of claim 120, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 122. The interface terminating device of claim 112, wherein the resistive element is configured to simulate the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 123. The interface terminating device of claim 112, wherein the resistor holder is configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager is configured to effect the solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface. 124. The interface terminating device of claim 112, further comprising an insulating device configured for centering, and defining the aperture for receiving, the first conductive lead along the elongate axis. 125. The interface terminating device of claim 112, wherein the housing is configured to urge the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 126. The interface terminating device of claim 112, wherein: the resistor holder is configured to position the conductive leads of the resistor device relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect the solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor into the aperture of the interface port; andan insulating device configured to center, and define the aperture for receiving, the first conductive lead along the elongate axis,wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of the interface port so as to obviate passive intermodulation,wherein the housing assembly is configured to urge the second conductive lead against the outside surface of the interface port,wherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager, andwherein the annular ring is configured to facilitate rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 127. The interface terminating device of claim 126, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 128. The interface terminating device of claim 112, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 129. The interface terminating device of claim 112, wherein the resistor holder is configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect the solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 130. The interface terminating device of claim 112, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 131. The interface terminating device of claim 112, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes the outside surface. 132. The interface terminating device of claim 112, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 133. The interface terminating device of claim 112, wherein the resistor holder is configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 134. The interface terminating device of claim 112, wherein the second conductive lead axially overlaps the outside surface of the interface port. 135. The interface terminating device of claim 112, wherein at least one of the first and second contact portions of the first and second conductive leads is located off-axis relative to the elongate axis of the resistive element during operation of the interface terminating device. 136. The interface terminating device of claim 112, wherein the housing assembly is configured to be coupled to a coupler portion of the interface port and to receive the resistor such that the first and second conductive leads are configured to contiguously engage inner and outer conductors of the interface port. 137. The interface terminating device of claim 136, wherein housing assembly is configured to be rotatably coupled to the interface port. 138. The interface terminating device of claim 136, wherein the coupler portion of the interface port comprises a threaded portion. 139. The interface terminating device of claim 136, wherein the coupler portion of the interface port comprises an outer portion of the interface port. 140. The interface terminating device of claim 136, wherein the coupler portion of the interface port is located on an outer surface of the interface port. 141. An interface terminating device comprising: a resistor for a coaxial cable interface terminating device, comprising: a resistive element defining an elongate axis;a first conductive lead having a first contact portion; anda second conductive lead having a second contact portion,wherein at least one of the first and second contact portions of the first and second conductive leads is configured to be located off-axis relative to the elongate axis of the resistive element when the interface terminating device is assembled; anda housing assembly configured to receive the resistor such that the first and second conductive leads are configured to electrically engage an interface port so as to form a continuous electrical connection between at least one of the first and second conductive leads and the interface port, the first conductive lead configured to be guided into an aperture of the interface port and the second conductive lead configured to axial overlap an outside surface of the interface port,wherein the housing assembly is configured to form at least one solder-less connection between at least one of the first and second conductive leads and a conductor of the interface port when a resistor engager of the housing assembly is configured to be assembled with the resistor and the interface port,wherein the resistor holder is configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor device into the aperture of the interface port,wherein the first conductive lead is configured to axially engage the aperture of the interface port,wherein the resistor engager includes a guide surface configured to engage a forward portion of the second conductive lead into a slot of the resistor holder, andwherein an engagement surface is configured to urge a peripheral surface of the forward portion of the second conductive lead against an outer surface of the interface port, the peripheral surface electrically engaging the outer surface of the interface port. 142. The interface terminating device of claim 141, wherein the first contact portion of the first conductive lead is co-axial with the elongate axis and wherein the second conductive lead is recurved such that the second contact portion thereof is parallel with, and spaced away from, the elongate axis. 143. The interface terminating device of claim 141, wherein the second contact portion of the second conductive lead is configured to solderlessly contact the outside surface of the interface port. 144. The interface terminating device of claim 141, further comprising a solder-less connection structure configured to form the solder-less connection between the second contact portion of the second conductive lead and the outside surface of the interface port. 145. The interface terminating device of claim 144, wherein the solder-less connection structure is configured to form a first solder-less connection between the first conductive lead and the inner conductor of the interface port and configured to form a second solder-less connection between the second conductive lead and the outside surface of the interface port. 146. The interface terminating device of claim 144, wherein the resistor simulates an impedance value of a coaxial cable at the open end of an interface port to obviate passive intermodulation. 147. The interface terminating device of claim 144, wherein the resistor holder is configured to position the first conductive lead of the resistor relative to the inner conductor of the interface port, and the resistor engager is configured to effect the solder-less connection between the second conductive lead of the resistor and the outside surface of the interface port. 148. The interface terminating device of claim 144, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 149. The interface terminating device of claim 144, wherein the solder-less connection structure is configured to urge the second conductive lead against the outside surface of the interface port. 150. The interface terminating device of claim 149, wherein the solder-less connection structure is configured to urge the second conductive lead against the interface port having a plurality of male threads along the outside surface. 151. The interface terminating device of claim 141, wherein the resistive element is configured to simulate the impedance of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 152. The interface terminating device of claim 141, wherein the resistor holder is configured to position the second conductive lead of the resistor relative to the outer conductor of the interface port, and the resistor engager is configured to form the solder-less connection between the second conducive lead of the resistor and the outer conductor of the interface port. 153. The interface terminating device of claim 150, further comprising an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis. 154. The interface terminating device of claim 150, wherein the housing is configured to bias the second conductive lead against a plurality of male threads disposed along the outside surface of the interface port. 155. The interface terminating device of claim 141, wherein the resistor holder is configured to position the conductive leads of the resistor device relative to the inner and outer contacts of the interface port and a resistor engager that is configured to form the solder-less connection between the conductive leads of the resistor and the inner and outer conductors of the interface port, the resistor holder being configured to threadably engage the interface port so as to axially displace the first conductive lead of the resistor into the aperture of the interface port, further comprising: an insulating device configured to center and define the aperture so as to receive the first conductive lead along the elongate axis,wherein the resistor is configured to simulate an impedance value of a coaxial cable at the open end of the interface port so as to obviate passive intermodulation,wherein the housing assembly is configured to bias the second conductive lead against the outside surface of the interface port, andwherein the resistor engager of the housing assembly is configured to engage at least one annular ring disposed on an external cylindrical surface of the resistor engager so that the annular ring facilitates rotation of the resistor engager relative to the resistor holder such that an axial slot aligns with and rotates the second conductive lead in an orbital motion about the elongate axis. 156. The interface terminating device of claim 155, wherein the housing assembly is configured to urge the second conductive lead against the interface port that includes a plurality of male threads disposed along the outside surface. 157. The interface terminating device of claim 141, wherein the resistor simulates an impedance value of a coaxial cable at the open end of the interface port to obviate passive intermodulation. 158. The interface terminating device of claim 141, wherein the resistor holder is configured to position the first and second conductive leads of the resistor relative to the inner and outer conductors of the interface port, and the resistor engager is configured to effect the solder-less connection between the first and second conductive leads of the resistor and the inner and outer conductors of the interface port. 159. The interface terminating device of claim 141, further comprising an insulating device configured to center and define the aperture so that the aperture receives the first conductive lead along the elongate axis. 160. The interface terminating device of claim 141, wherein the housing assembly is configured to urge the second conductive lead against the peripheral side surface of the interface port that includes the outside surface. 161. The interface terminating device of claim 141, wherein the housing assembly is configured to urge the second conductive lead against the male threads of the interface port that includes a plurality of male threads disposed along the outside surface. 162. The interface terminating device of claim 141, wherein the resistor holder is configured to threadably engage the interface port to axially displace the first conductive lead of the resistor into the aperture of the interface port. 163. The interface terminating device of claim 141, wherein the portion of the interface port that is configured to be coupled to the housing assembly comprises a threaded portion and the housing assembly is configured to threadably engage the threaded portion of the interface port. 164. The interface terminating device of claim 141, wherein the portion of the interface port that is configured to be coupled to the housing assembly comprises an outer surface portion of the interface port. 165. The interface terminating device of claim 164, wherein the outer surface portion of the interface port comprises a threaded portion and the housing assembly is configured to threadably engage the threaded portion of the interface port.
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