The Cambrionix ThunderSync5-C16 solves the core physical and transport-layer challenges inherent in high-density mobile software testing. By delivering high-bandwidth data transfers, programmable power delivery, and cross-platform compatibility across macOS, Windows, and Linux, it enables QA teams to build fast, scalable, and fully automated mobile test labs. It is available now in USA from Cambrionix’s technical distributor Saelig Co. Inc.
For organizations that depend on critical electronics, replacement is becoming slower, more expensive and less sustainable. Long lead times, component shortages and OEM obsolescence can leave essential assets unavailable when needed most. With the right diagnostic tools, training and repair strategy, engineering teams can recover failed circuit boards, retain technical knowledge and extend asset life.
https://www.saelig.com/category/boardmaster-pcb.htm
EECL’s SMX Series delivers advanced solid-state RF switch matrices designed for frequencies up to 12 GHz or 30 GHz. Engineered with a full-crossbar architecture, these systems allow seamless connection between any common port and any switch port, backed by dual-path routing and matched path lengths. Key performance highlights include >90 dB isolation, <12 dB insertion loss, and a fast 10 µs switching speed. Choose between reflective and absorptive switching options, with non-selected ports configured as either reflective or 50-ohm terminated.
EECL’s Rack-Mount Solid-State Full Cross-Bar Switch Matrixes for 16kHz - 12/30GHz Signals. The SMX series of switch matrixes meet the precision testing requirements for creating bi-directional RF paths over a broad frequency range from 16 kHz to 12/30 GHz, maintaining minimal insertion and return loss. Each port is internally DC-blocked and capable of handling up to 16V, making it durable and resilient for demanding RF environments.
https://www.saelig.com/pr/smx-switch.html
#MicrowaveEngineering #RFEngineering #TestAndMeasurement #SolidStateSwitch #RFSwitch
Micsig SigOFIT MIOP Optical-Fiber Isolated Probes (MOIP series) are high-performance oscilloscope input devices designed specifically for high-voltage, high-bandwidth testing environments. By utilizing true optical isolation technology—where electrical signals are converted to optical signals and transmitted across a fiber-optic cable—they completely eliminate galvanic connections to earth ground, making them an ideal "referee" tool for measuring floating or ultra-fast switching signals.
• True Optical Isolation & High Common-Mode Voltage
Discover RadGreen continuous RF monitoring systems: wideband 100MHz–40GHz coverage, real-time "ghost" test fault elimination, anechoic chamber security, rogue wireless threat detection, smart automated alerts, and 24/7 EHS compliance.
www.saelig.com/news/articles/rf-monitoring-case-studies.pdf
#rf #rfsafety #emi #emc #rfmonitoring #rfengineering #microwave #emctesting #workplacesafety #compliance
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