Use when: Extracting technical information, identifying components, or making an initial inventory from hardware images (PCBs, circuit assemblies, teardowns). Generates structured visual observations and a component inventory table. Erste Bildsichtung, Bauteilerfassung aus Fotos, PCB-Bestandsaufnahme, Bauteil identifizieren aus Bild.
Use when: Researching component markings online, interpreting datasheets, updating diagnosis results, and writing the final troubleshooting report. Combines research findings with measurement results into a final diagnosis and repair recommendation. Datenblatt-Recherche, Bauteil identifizieren, Abschlussbericht, Diagnose-Update, final report, repair recommendation, Reparaturempfehlung.
Use when: Brainstorming, prioritizing, and documenting technical fault hypotheses and fault trees based on symptoms, measurements, and functional blocks. Creates a ranked list of probable failure causes with verification paths. Fehlerhypothesen, Fehlerursachen, Fehleranalyse, Priorisierung, Fehlersuche, fault tree, root cause analysis.
Use when: Reconstructing circuit functional blocks, power paths, signal flows, and circuit topology from identified components and PCB traces. Maps components to circuit functions. Funktionsblöcke, Strompfad, Schaltungsrekonstruktion, Topologie, Leiterbahn-Analyse, Blockschaltbild, power path.
Use when: Creating a prioritized, step-by-step multimeter troubleshooting plan for a PCB or circuit based on fault hypotheses. Generates actionable measurement instructions with expected values and safety notes. Messplan, Multimeter, Messanleitung, Prüfplan, Testplan, Spannungsmessung, Widerstandsmessung, Durchgangsprüfung.