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Złącze RF 7/16-J-7 o niskim PIM i dużej mocy, typ L29 męski zaciskowy z powłoką odporną na korozję dla kabla LMR400
Niskie złącze męskie RF PIM 7/16 DIN do kabla LMR400. Charakteryzuje się bardzo niskim PIM ≤-155 dBc, dużą mocą (3 kW), VSWR ≤1,13, stopniem ochrony IP67 i zakresem pracy od -45 ℃ do +125 ℃. Idealny do stacji bazowych 4G/5G i zastosowań przemysłowych.
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Złącze RF 7/16-C-KF-7 DIN 4 otwory Kobieta Flanca 24,7*24,7
RF Connector 7/16-C-KF-7 DIN 4 Holes Female Flange 24.7*24.7Mount Crimp Type For LMR400 Cable 7/16‑C‑KF‑7 is a 50Ω 7/16 DIN female flange‑mount RF connector , operating from DC to 7.5 GHz with low VSWR, ultra‑low PIM ≤ –155 dBc, and high power handling up to 3 kW. Featuring precision CNC machining, corrosion‑resistant metal plating, PTFE dielectric and IP67 environmental protection, it ensures stable, low‑loss signal transmission in extreme temperatures and harsh outdoor
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Złącze RF 7/16-C-JW-7 Przycisk pod kątem prawym 50Ω L29/DIN Złącze do kabla LMR400
RF Connector 7/16-C-JW-7 Right Angle Crimp 50Ω L29/DIN Connector For LMR400 Cable 7/16-C-JW-7 is a 50Ω high-power right-angle RF coaxial connector designed with a professional crimp termination structure for secure and reliable cable assembly. It features a robust threaded coupling mechanism, gold-plated contacts, and excellent shielding performance, delivering low VSWR, low insertion loss, and stable high-power transmission. The crimp-style design ensures strong mechanical
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Złącze RF żeńskie 2,92 mm (typ K) z kołnierzem na 4 otwory, stal nierdzewna, DC-40 GHz
2.92mm (K-Type) Female RF Connector 4-Hole Flange Mount Stainless Steel DC-40GHz Premium 2.92mm (K-Type) Female RF Connector with 4-Hole Flange Mount. This high-quality 50Ω coaxial connector supports frequencies up to 40GHz, features a gold-plated center pin for low loss and high conductivity, and uses precision stainless steel construction for excellent durability, corrosion resistance and stability in harsh environments. Designed for secure panel mounting, it is widely used
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50Ω UHF Jack Female Connector UHF-C-K-4 dla kabla LMR240
50Ω UHF Jack Female Connector UHF-C-K-4 For LMR240 Cable UHF-C-K-4 is a 50Ω UHF female straight connector professionally designed for LMR240 coaxial cable. It features a stable threaded connection, low insertion loss, and high shielding effectiveness to ensure reliable RF signal transmission. Constructed with high-quality metal and insulation materials, it provides excellent durability, anti-vibration, and anti-oxidation properties. Ideal for two-way radios, antennas, base
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Złącze 50Ω SL16 PL259 UHF-CJ-7 Złącze męskie UHF do kabla LMR400
50Ω SL16 PL259 Connector UHF-C-J-7 UHF Male Connector For LMR400 Cable UHF-C-J-7 is a 50Ω UHF male straight connector professionally designed for LMR400 coaxial cable. It features a secure threaded coupling, low insertion loss, and high shielding effectiveness to ensure stable and efficient RF signal transmission. Constructed with high-quality metal and insulation materials, it provides excellent durability, anti-vibration, and anti-oxidation performance. Ideal for two-way
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Żeńskie złącze RF typu zaciskanego UHF/PL259 z mosiądzem niklowanym i izolatorem PTFE do kabla LMR240
RF Connector UHF/PL259/SO239/SL16 Female Crimp Type Connector For LMR240 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 transmission scenarios ranging from 3kHz to 300GHz. It plays a key role in multiple fields such as communication and aerospace. SMA series of RF coaxial connectors feature
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Złącze SMP żeńskie kątowe 90 stopni, typ zaciskany, SMP-C-JW-1.5 do kabla RG316/RG174, DC-6GHz
RF Connector SMP Right Angel Female Crimping Type SMP-C-KW-1.5 SMP-C-JW-1.5 is a 50Ω right-angle SMP male connector designed for 1.5mm RF cables, delivering stable signal transmission up to 6GHz with low VSWR and insertion loss. Its compact, push-on structure enables high-density installation in space-constrained applications, including miniaturized communication modules, aerospace, automotive electronics, test equipment, and wireless systems. Built with durable materials and
