{"ai_pass_count":6,"analysis_step_count":16,"confidence":0.7615814059972763,"created_at":"2026-07-17T07:31:25.756356+00:00","id":167150,"node_number":"SDR9494","processing_time":2.243025302886963,"recent_steps":["net.llm_structured_analysis","net.rules_detect","net.context_window","crawler.extract_candidates","callsign.qrz_verify"],"recording_id":171497,"text":"or something? Yeah, it's something like that anyway. Hi Mike. And yeah, the video, the one that is not the video I watched on the Smith Chart, but the other, there was another video that I watched. They used an inductor at Ceres and a variable capacitor in parallel in an L network. And that was how they tuned it. Anyway, go ahead Mike. Yeah, I was just listening in and I was kind of curious about the whole discussion about loading the flagpole up at the Fort Flagler because the discussion was about how it's grounded. And I have the same question you had Dean, it's like I thought that was a non-conductive wood flagpole, but the conversation was about like oh it's grounded, so that's a problem. And I'm curious, what would it take to actually load?"}