"rf coaxial connectors"
BMA Male Connector Gold Plated Brass MIL-STD-348 Compliant RF Coaxial Connector DC-6GHz Frequency Range
BMA-JE BMA Male Connector Panel Socket PCB Connector BMA-JHD BMA-JE is an ultra-small push-in (slide-in) blind mating RF coaxial connector that complies with the MIL-STD-348 interface specification. It is a BMA series standard PCB board end male (male) direct insertion installation type product. ...
50 Ω RF Coaxial Connector Gold-plated Brass Soldering Type SMA-JB3 for RG402/670-141 Cable
RF Coaxial Connector SMA-JB3
50 Ohm RF Coaxial Connector RPSMA-JB2 Reverse Polarity SMA Straight Plug Solder Connector For RG405 / 086 Semi-Rigid Cable
RPSMA-JB2 Reverse Polarity SMA Straight Plug Solder Connector For RG405 / 086 Semi-Rigid Cable
ODM SMA Female Crimp Connector with Nickel-plated Brass and PTFE Insulator for DC-6GHz RF Coaxial Applications
SMA Female(External thread internal pin) Crimping Type RPSMA-C-K-7 For LMR400 Coaxial Cable Radio Frequency Connector (RF connector for short) is a separable electronic component that is installed on cables or equipment for the transmission of radio frequency signals. It is often used in electromagn...
SMA-KFD150 Gold-Plated Brass RF Coaxial Connector with 2 Holes Flange Mount for PCB and DC-3GHz Frequency Range
SMA-KFD Female RF Coaxial Connector 2 Holes Flange Mount Gold-Plated For PCB SMA RF connector (SubMiniature version A) is a miniaturized, high-frequency, and high-performance coaxial RF connector. With core advantages such as small size, wide frequency band, and stable connection, it has become one ...
N/BNC-KJ RF Coaxial Adapter N Female To BNC Male 50Ohm Low VSWR Connector For RF Test & Communication
N/BNC-KJ N Female To BNC male Adapter
TNC Female Bulkhead Panel Connector Nickel Plated Brass with DC-6GHz Frequency Range RF Coaxial Connector
RF Connector Nickel Plated BrassTNC Female Bulkhead Panel Connector TNC-50KY TNC connector, whose full name is the Threaded Neoln-Concelman connector, is a type of RF coaxial connector that has optimized connection stability. It is specifically designed for complex signal transmission scenarios such ...
50Ω SMA Crimp Connector with Gold-plated Brass for DC-6GHz RF Coaxial Applications
50Ω SMA-C-JW-1.5 SMA Male Right Angle Crimp Type RF Coaxial Connector SMA-C-JW-1.5 right-angle crimp connector is a high-performance 50Ω RF coaxial solution designed for RG174/RG316 and 1.5mm diameter cables. With a DC-6GHz (up to 18GHz optional) frequency range, low VSWR (≤1.3 at 6GHz), gold-plated ...
Nickel Plated Brass N Male Connector with Gold Plated Brass for RF Coaxial Cables DC-11GHz
Nickel Plated Brass N Male Right Ange Connector Crimp Connector For RG214/LMR400 Coaxial Cables The main body of the N-type connector is made of nickel-plated brass, with the inner conductor treated with gold plating. It is paired with polytetrafluoroethylene high-frequency insulating medium. The ...
DC-18GHz Stainless Steel 4 Hole Flange SMA Connector for RF Coaxial Applications
DC-18GHz SMA Female Stainless Steel 4 Hole Flange Connector Stainless steel SMA-KFD is a high-performance 50Ω SMA female 4-hole flange RF coaxial connector, engineered for panel mount applications. With a DC~18GHz frequency range and low VSWR, it delivers stable, low-loss signal transmission for RF ...
Female 4.3-10 RF Flange Connector with Gold-Plated Brass for DC-6GHz Signal Transmission
4.3-10 Female 4 HOLES FLANGE Connector Soldering Type For 086/SFX50-2 CABLE 4.3-10-KFB2 is a 50Ω high-performance RF coaxial connector designed for 5G, DAS, base stations, and mobile communication systems. It features a compact, lightweight structure, low PIM, stable VSWR, and excellent anti...
Gold-plated Brass BNC Female Crimp Connector with PTFE Insulator for DC-4GHz RF Coaxial Cable
RF Connector BNC Female Crimp Type For Rg58/LMR200 Coaxial Cable Radio Frequency Connector (RF connector for short) is a separable electronic component that is installed on cables or equipment for the transmission of radio frequency signals. It is often used in electromagnetic wave signal transmissi...
