![]() | ||||||||||||
![]() |
|
|
104
J.W. Murphy Drive, New Haven, CT 06513 USA |
|
|
Standard Product Lines |
![]() |
Snap-on or screw-on mating for matched-impedance applications. Catalog |
Adapters Between series adapters for design versatility. Catalog |
| BNC, TNC, N Designed for miniature cables, including precision type N for semi-rigid cable. Catalog |
CableTerminations A quick and inexpensive way to anchor cables to panels or P.C. boards. Catalog |
| MIL-PRF-39012 QPL connectors Over 100 types of QPL connectors in series SMA, SMB, and SMC. Catalog |
MCX Small, lightweight coaxial connectors with snap-on mating and good electrical performance up to 6 GHz. These connectors meet or exceed all requirements of CECC 22220. Catalog |
| MMCX These microminiature RF connectors are the smallest in this category. They feature rugged reliable snap-on mating and operate from DC to 6 GHz. This series offers a unique low profile edge mount receptacle. Catalog |
SMA Precision subminiature connectors for high-frequency applications. Screw-on mating, stainless steel body with a frequency range of DC to 18 GHz. Catalog |
| SMB and SMC Economical subminiature connectors for general-purpose applications. Snap-on mating (SMB) or screw-on mating (SMC). Brass body with a frequency range of DC to 4 GHz (SMB), or DC to 10 GHz (SMC). SMB Catalog or SMC Catalog |
SSMA These microminiature coaxial connectors feature rugged stainless steel construction and screw-on mating with a frequency range of DC to 36 GHz. Catalog |
|
SSMB and SSMC Rugged microminiature connectors for densely packaged, high reliability applications. Snap-on mating (SSMB) or screw-on mating (SSMC), beryllium copper mating mechanisms with a frequency range of DC to 12.4 GHz. Catalog |
Slide-on versions of SMB and SSMB With vibration-proof float mounts for rack-and-panel applications. Catalog |
|
Cable Assemblies Save time, trouble, and expense by letting us make your cable assemblies. |
Need a quotation for a standard or special connector or cable assembly? Click here. |