Nuevos Adaptadores RF
TE Connectivity 2.92mm mmWave RF Connectors are high-speed connectors designed to deliver precision performance up to 40GHz. These RF connectors provide a cable-to-cable and cable-to-board connector system with straight body orientation. The 2.92mm RF connectors offer low VSWR, low insertion loss, and consistent signal integrity at high frequencies, essential for mmWave, radar, SATCOM, and test environments. These RF connectors support 50Ω impedance and an operating temperature range of -65°C to 165°C. Typical applications include security scanners, satellite communications (SATCOM) equipment, radar systems, test and measurement equipment, semiconductor device evaluation, and emerging quantum computing.
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TE Connectivity 2.92mm mmWave RF ConnectorsHigh-speed connectors designed to deliver precision performance up to 40GHz.3/24/2026
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Amphenol 2.4mm In-Series AdaptersExcellent impedance control and mechanical durability in lab and production test environments.3/16/2026 -
Marki Microwave RF AdaptersUses a custom-made, resonance-free conical inductor to achieve superior broadband performance.2/27/2026 -
Taoglas SMAFST.TS9M.TG SMA(F) to TS9(M) Straight AdapterProvides reliable connections between SMA(M) straight termination interfaces and TS9(F) connectors.2/23/2026 -
Amphenol Interconexiones SMA RF sin PFASOffer eco-friendly options with enhanced performance as an alternative to the PTFE insulators.1/12/2026 -
HUBER+SUHNER Quantum (Non-Magnetic) SMA Components & CablesNon-magnetic SMA components and cables tailored for cryogenic/quantum systems.11/4/2025 -
JAE Electronics Waka Coaxial Cables, Connectors, & AdaptersFeatures high frequencies of up to 145GHz.10/7/2025 -
Hirose Electric Wearable SolutionsDesigned for wearable devices, such as earphones, smart watches, smart glasses, and smart rings.9/8/2025 -
Amphenol SMP AdaptersHigh-frequency, blind-mate solutions for board-to-board and module-to-module applications.9/2/2025 -
Amphenol M39029 AdaptersRugged interconnect solution for test and instrumentation environments.8/7/2025 -
Tripp Lite Soluciones de TI de grado industrialPurpose-built to power, protect, and connect IT equipment in harsh environments.8/7/2025 -
Cinch Connectivity Solutions SMP RF Adapter & ConnectorsDesigned for high-frequency applications to ensure reliable signal integrity and minimal loss.8/5/2025 -
Amphenol Componentes del kit de calibración criogénicaDesigned for extreme low-temperature environments, including dilution refrigerators, and cryostats.7/25/2025 -
TE Connectivity Adaptadores RF herméticamente sellados para montaje en panelConstructed from stainless steel and is designed for high-pressure and airtight seal applications.7/23/2025 -
Amphenol Adaptadores NanoRF VITA 67.3Reliable solution for validating NanoRF contact performance without compromising signal quality.6/24/2025 -
Pasternack RF DC BlocksOffers inner-only, outer-only, and inner-outer styles with a frequency range of 10MHz to 18GHz.6/12/2025 -
Pasternack RF AdaptersOffers in-series, between-series, T, and cross RF adapter designs.6/12/2025 -
Pasternack Coaxial Bias Tees (Ts)Offers 50Ω impedance with solder pin and SMA female bias connector designs.6/12/2025 -
Pasternack RF Impedance Matching PadsIdeal for applications requiring a connection between a 50Ω cable and a 75Ω system.6/12/2025 -
Pasternack High Precision RF Test AdaptersOffers various connector interface types, including SMA, N, 2.92mm, 2.4mm, and 3.5mm.6/12/2025 -
Pasternack Waveguide ComponentsOffers low-loss RF transmission lines capable of handling high power with high isolation.6/12/2025 -
Pasternack PE910137 SHV Tee AdapterFeatures 50Ω, a maximum VSWR of 2:1, and has a dielectric withstanding voltage of 5000VRMS.5/27/2025 -
Amphenol Integrated RF FiltersProvides a unique combination of a compact design and high-frequency performance.5/20/2025 -
Siretta QMA Compatible RF AdaptersCompatible with the QMA range of RF connectors.5/16/2025 -
Amphenol SMPM-XT RF InterconnectsDesigned to maintain reliable electrical performance even when mechanical tolerances vary.5/5/2025