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Nメス-SMAメス 50Ω 高周波RFアダプター 真鍮製ボディ、PTFE絶縁、4穴フランジマウント用
N-KFK RF Adapter | Brass Ternary Alloy Plating for Base Station & Industrial Systems N-KFK is a high-performance 50Ω RF coaxial adapter with N female-to-female connectivity and a four-hole flange mount for panel feedthrough installation. Operating from DC to 18GHz, it features low insertion loss, low VSWR, and excellent shielding performance. Its housing is made of brass with ternary alloy plating for enhanced corrosion resistance, electrical conductivity and durability,
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安定した信号伝送のために低VSRのSMARFアダプターへの50 Ωの金付銅PL259
50 Ω PL259/SMA-KJ PL259 female to SMA male rf adapter High-quality UHF Female to SMA Female adapter delivers stable 50Ω impedance matching and excellent electrical performance from DC to 3GHz. Made of gold-plated brass contacts and nickel-plated housing for superior corrosion resistance and durability. Low VSWR and insertion loss ensure minimal signal attenuation, perfect for ham radio, antennas, RF test equipment and various wireless communication applications. Plug and play
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DC-6GHz SMA-KWK SMA 女性から女性 右天使アダプター
DC-6GHz SMA-KWK SMA Female To Female Right Angel Adapter SMA-KWK is a 90° right-angle RF coaxial adapter designed for SMA interfaces, featuring a female-to-female (jack-to-jack) connection with a standard 50Ω impedance. It operates from DC up to 6GHz/26.5GHz, with low insertion loss and excellent VSWR performance, making it ideal for compact, space-constrained RF systems such as wireless communication, test equipment, radar, and microwave devices. Constructed with gold-plated
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50Ωインパデンス TNCからSMA RFアダプタ DC-6GHz周波数帯と金付銅構造
TNC/SMA-KK 50Ω TNC Female To SMA Female RF Adapter TNC/SMA-KK is a high-performance 50Ω RF adapter featuring a TNC male connector and an SMA female bulkhead mount design, enabling seamless signal conversion between TNC and SMA interface systems. Constructed with a durable stainless steel body, gold-plated contacts, and PTFE dielectric, it delivers low insertion loss, excellent VSWR performance, and reliable signal transmission up to 6GHz. Engineered for secure panel
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Nメス-SMAメス 4穴フランジマウント RFアダプター 50Ω 高周波真鍮ボディ PTFE絶縁
N Female to SMA Female 4-Hole Flange Mount RF Adapter N/SMA-KKF N female to SMA female 4-hole flange mount RF adapter (N/SMA-KKF) is a 50Ω high-frequency coaxial converter designed for secure panel installation. Constructed with a brass body, gold-plated contacts, and PTFE insulation, it delivers low insertion loss, excellent VSWR performance, and reliable signal transmission up to 12GHz. Ideal for telecommunications, base stations, test instruments, aerospace, and industrial
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N/TNC-KJ 低VSWR N 女性からTNC男性直角同軸アダプタ
N/TNC-KJ Low VSWR N Female To TNC Male Straight Coaxial Adapter N female to TNC male 50Ω RF adapter offers stable performance from DC to 18GHz with low VSWR and insertion loss, featuring gold-plated contacts, nickel-plated brass body, and PTFE insulation for excellent conductivity, corrosion resistance and durability. It supports up to 1000 mating cycles, can withstand 1000V RMS dielectric voltage and operates in a wide temperature range. Ideal for wireless communication, 5G
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MINIUHF 男性からBNC女性 RFアダプタ 低損失&耐久性
MINI UHF Male to BNC Female RF Adapter Low Loss & Durable MINI UHF male to BNC female 50Ω coaxial adapter features low insertion loss, low VSWR, and stable signal performance. Built with gold-plated contacts and rugged metal construction, it provides good corrosion resistance, anti-vibration, and long service life. Widely used in two-way radios, communication devices, test equipment, and mobile RF systems, it offers a reliable and secure connection between MINI UHF and BNC
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DC-6GHz TNC 女性からSMA 男性直線アダプタ
DC-6GHz TNC Female to SMA Male Straight Adapter 50Ω TNC female to SMA male adapter delivers low VSWR, low insertion loss, and reliable performance up to 18GHz. Featuring gold-plated contacts, a rugged nickel-plated brass body, and PTFE insulation, it ensures corrosion resistance, anti-vibration, and long service life. Ideal for telecom, radar, test, and marine applications, it provides a stable, professional interconnection between TNC and SMA interfaces while meeting global
