新型RF 轉接器 - 系列間
Taoglas SMA (F) ST Adapters provide reliable RF interconnection for coaxial cable and antenna systems. Features include a straight form factor with SMA female interfaces, enabling secure and consistent signal transmission in compact designs. Engineers use these adapters to extend, join, or convert RF connections in communication systems and test environments. The adapters support stable electrical performance and mechanical durability, making them suitable for demanding RF applications where signal integrity is critical. The compact construction helps reduce space requirements while maintaining dependable connectivity across RF assemblies. Taoglas SMA adapters support efficient integration into antenna systems, IoT devices, and wireless communication platforms.
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Taoglas SMA (F) ST AdaptersProvides reliable RF interconnection for coaxial cable and antenna systems.2026/6/15
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Taoglas SMAFST.TS9M.TG SMA(F) to TS9(M) Straight AdapterProvides reliable connections between SMA(M) straight termination interfaces and TS9(F) connectors.2026/2/23 -
JAE Electronics Waka Coaxial Cables, Connectors, & AdaptersFeatures high frequencies of up to 145GHz.2025/10/7 -
Hirose Electric Wearable SolutionsDesigned for wearable devices, such as earphones, smart watches, smart glasses, and smart rings.2025/9/8 -
Amphenol SMP AdaptersHigh-frequency, blind-mate solutions for board-to-board and module-to-module applications.2025/9/2 -
Amphenol M39029 AdaptersRugged interconnect solution for test and instrumentation environments.2025/8/7 -
Amphenol NanoRF VITA 67.3轉接器在不影響訊號品質的前提下驗證NanoRF接點性能的可靠解決方案。2025/6/24 -
Pasternack RF AdaptersOffers in-series, between-series, T, and cross RF adapter designs.2025/6/12 -
Pasternack High Precision RF Test AdaptersOffers various connector interface types, including SMA, N, 2.92mm, 2.4mm, and 3.5mm.2025/6/12 -
Pasternack Waveguide ComponentsOffers low-loss RF transmission lines capable of handling high power with high isolation.2025/6/12 -
Siretta QMA Compatible RF AdaptersCompatible with the QMA range of RF connectors.2025/5/16 -
Pasternack PE9100 Precision RF AdaptersFeature 50Ω SMA, BNC, and RP-SMA adapters, machined for high-performance interconnectivity.2025/4/15 -
Pasternack SMA Female Coaxial AdaptersAvailable in SMA↔BNC and SMA↔SMA variants built around a 50Ω impedance and straight in‑line body.2025/4/15 -
Pasternack TNC Male Coaxial AdaptersDesigned to provide reliable, low‑loss interconnect solutions for TNC‑based systems.2025/4/15 -
Pasternack TNC Male Between-Series Coaxial AdaptersDesigned to provide reliable connectivity between different coaxial interface types.2025/4/15 -
Pasternack Type N-Female Coaxial AdaptersCommercial-grade devices with 50Ω impedance and operating up to 11GHz frequency.2025/4/15 -
Pasternack Type N-Female Coaxial Bulkhead Adapters50Ω device that provides easy connections in tight spaces, with a maximum frequency of 11GHz.2025/4/15 -
Pasternack PE910106 & PE910079 AdaptersCommercial‑grade, between‑series RF adapters feature 50Ω impedance and straight in‑line body style.2025/4/15 -
Pasternack TNC Female Coaxial AdaptersCommercial-grade RF adapters are designed to provide reliable, high‑performance connections.2025/4/15 -
Pasternack Commercial-Grade Between-Series RF AdaptersHigh-performance devices that seamlessly bridge different connector series with maximum reliability.2025/4/15 -
Pasternack PE9100 Commercial-Grade RF AdaptersDelivers robust, high-integrity interconnection between incompatible RF interfaces.2025/4/15 -
Pasternack 50Ω Straight Between-Series RF AdaptersFeatures 50Ω impedance, durable nickel‑plated brass bodies with gold‑plated brass center contacts.2025/4/15 -
TE Connectivity FAKRA和MINI FAKRA RF/同軸連接器提供簡易安裝與螺紋式SMA組件，適用於高振動環境及物聯網應用。2025/2/14 -
Mini-Circuits WR12-10R+ E-Band Waveguide/Coaxial Adapter0.6dB insertion loss, 1.2:1 VSWR, and operates from 60GHz to 90GHz in full E-band frequency band.2025/2/4 -
Mini-Circuits WR15-185R+ V-Band Waveguide/Coaxial Adapter0.4dB insertion loss, 1.1:1 VSWR, and operates from 50GHz to 70GHz in full V-band frequency band.2025/2/4