New Taoglas FW.19.M6.F.W Triband (150-174/430-520/700-900 MHz) White Flexible Whip Antenna with M6(F) Connector

New Taoglas FW.19.M6.F.W Triband (150-174/430-520/700-900 MHz) White Flexible Whip Antenna with M6(F) Connector

New Taoglas FW.19.M6.F.W Triband (150-174/430-520/700-900 MHz) White Flexible Whip Antenna with M6(F) Connector Flexible Whip Antenna Covering: 150-174 MHz, 430-520 MHz, 700-900 MHz IP67 Waterproof Rated Enclosure Dims: Ø14 x 431 mm Connector: M6 Female RoHS & Reach Compliant Overview 150-174/430-520/700-900 MHz Flexible Whip Antenna The Taoglas FW.19 is a rugged, high-performance Flexible Whip Antenna...
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New Taoglas Synergy White Apex TG.66 Miniature 5G/4G Terminal Mount Monopole Antenna with TS9 Connector

New Taoglas Synergy White Apex TG.66 Miniature 5G/4G Terminal Mount Monopole Antenna with TS9 Connector

New Taoglas White Apex TG.66 Miniature 5G/4G Terminal Mount Monopole Antenna with TS9 Connector 600-6000 MHz Wideband 5G/4G Cellular Antenna Fantastic Efficiency Across all Bands Super Small Form Factor with Rotatable Hinged Design for Flexible Positioning Monopole Antenna Design Suitable for Small Ground Plane Omnidirectional Gain Patterns for Optimum Coverage Connector: TS9(M) Dimensions: 70.3 x Ø9.7...
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Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package

Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package

Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package HPCJ-Series, Don’t Let the Size Fool You, 50W Couplers in a 0.125 x 0.2” Footprint Mini-Circuits’ µCeramIQ® high-power coupler series delivers an uncommon combination of 50W power handling and a tiny, surface-mountable LTCC monolith. Designed for systems where SWAP requirements are critical, these couplers provide stable, repeatable...
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A Guide to Snubber Capacitor Selection for SiC-Based Switching Converters

A Guide to Snubber Capacitor Selection for SiC-Based Switching Converters

A Guide to Snubber Capacitor Selection for SiC-Based Switching Converters Today, most converter circuits now include semiconductors and switches made of silicon carbide (SiC) instead of plain old silicon (Si). This is because when silicon and carbon are combined, the resulting material, SiC, has excellent mechanical, chemical, and thermal properties. Therefore, SiC-based converters can handle...
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Ezurio to Power the Edge with Carbon AM62: A Secure and Powerful OSM-MF SOM Based on TI AM62x SoC with Advanced Graphics and Built in TI CC3351 Wireless Connectivity

Ezurio to Power the Edge with Carbon AM62: A Secure and Powerful OSM-MF SOM Based on TI AM62x SoC with Advanced Graphics and Built in TI CC3351 Wireless Connectivity

Ezurio to Power the Edge with Carbon AM62: A Secure and Powerful OSM-MF SOM Based on TI AM62x SoC with Advanced Graphics and Built in TI CC3351 Wireless Connectivity Akron, Ohio – 10 February 2026 – Ezurio, a global leader in connectivity, today announces the Carbon AM62 OSM-MF System-on-Module (SOM) — a secure, rugged, and highly configurable platform...
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Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork

Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork

Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork If there’s one thing the SATCOM world has taught us lately, it’s that the sky is getting crowded. Not with clouds or birds or even UFOs (pending government confirmation), but with LEO satellites—thousands of fast-moving nodes zipping overhead, all eager to help you stream movies...
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The Future of Filters Is Clear: Unlocking the Advantage of Glass Filter Technology

The Future of Filters Is Clear: Unlocking the Advantage of Glass Filter Technology

The Future of Filters Is Clear: Unlocking the Advantage of Glass Filter Technology Discover how Marki Microwave’s new glass filters overcome the limitations of traditional filter technology. This webinar highlights key design tradeoffs, high-rejection topologies, and measured thermal and power performance enabling cleaner, more robust RF designs in the MHz and low-GHz range. Overview As...
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