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materials-screening
【数据与研究】Orchestrates a materials screening workflow from database search through property filtering to stability assessment and ranking. Use when identifying candidate materials for batteries, catalysts, semiconductors, or other applications. NOT for molecular chemistry or biological compound analysis.
academic-solid-state-semiconductors
【效率与协作】Especialista em Física do Estado Sólido, Dispositivos Semicondutores, Nanomateriais e Microfabricação baseado em Charles Kittel (Introduction to Solid State Physics), Donald Neamen (Semiconductor Physics and Devices), Charles P. Poole & Frank J. Owens (Introduction to Nanotechnology) e Marc Madou (Fundamentals of Microfabrication). Cobre Redes Crista…
industry-compliance
【部署与运维】Use this skill when you need industry-specific regulatory compliance for Banking & Finance (FFIEC, FINRA, Basel III, PSD2, DORA), Healthcare & Life Sciences (FDA 21 CFR Part 11, HITRUST CSF, HL7 FHIR security, GxP), Hi-Tech & Semiconductors (ITAR, EAR, CMMC), or Retail/Consumer (PCI-DSS, CPRA). Trigger for sector-specific compliance programs, regulat…
matlab-manage-pcb-material
【设计与创意】Dielectric substrates, metal conductors, multi-layer stackups, and loss models (FR4, Rogers, Teflon) for RF PCB simulation. TRIGGER: user asks to set up a substrate, define dielectric properties, create a stackup, select a PCB material (FR4, Rogers, Teflon, etc.), or configure metal conductors. Invoke BEFORE writing dielectric() or metal() code — the…
nxp
【开发与工程】Expert skill for NXP Semiconductors Skill
nxp
【开发与工程】Expert skill for NXP Semiconductors Skill
opennews
【数据与研究】Real-time crypto, equities, macro, and financial market news aggregator — 85+ data sources across 6 categories covering digital assets, U.S. stocks, semiconductors, AI infrastructure, supply chains, commodities, rates, policy, and market-moving social/news signals. Sources include Bloomberg, Reuters, FT, CNBC, CoinDesk, Twitter/X, Binance, Coinbase, …
power-electronics-engineer
【设计与创意】Expert-thinking profile for Power Electronics Engineer (converter design / magnetics / WBG semiconductors / loop-gain control / EMI-EMC / regulatory (CISPR, IEC 61000-3-2, IEEE 1547.1)): Reasons from volt-second and charge balance, switched-mode energy transfer, and small-signal loop gain through PLECS/LTspice/SIMPLIS simulation, Steinmetz and Dowell…
semiconductor-materials-scientist
【效率与协作】Expert-thinking profile for Semiconductor Materials Scientist (bulk & epitaxial growth / defect & transport characterization): Reasons from band structure, defect energetics, and process–structure–property links; grows and characterizes bulk and epitaxial semiconductors (Si, III–V, SiC, GaN, 2D) via MOCVD/MBE/HVPE, Hall/DLTS/XRD/RSM/ECCI/TEM/SIMS, an…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve problems involving changing magnetic flux using Faraday's law, Lenz's law, motional EMF, mutual and self-inductance, and RL circuit transients. Use when computing induced EMF from time-varying B-fields or moving conductors, determining current direction via Lenz's law, analyzing inductance and energy storage in magnetic fields, or solving RL ci…
solve-electromagnetic-induction
【效率与协作】Solve EM induction probs via changing magnetic flux: Faraday's law, Lenz, motional EMF, mutual + self-inductance, RL circuit transients. Use → induced EMF from time-varying B | moving conductors, current direction via Lenz, inductance + energy storage in mag fields, RL ODE for switching transients.