smith-charts-mcp
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TDQS
Scored across 14 tools
Most tools have clearly distinct purposes by topology or analysis type (L vs Pi/T vs stub vs quarter-wave; stability vs gain vs noise circles). Some overlap exists: conjugate_match can also synthesize L-section matching networks, and analyze_circuit overlaps with tline_input_impedance for line calculations, though descriptions clarify primary use cases.
All names use snake_case and are descriptive, but the set mixes verb_noun (design_l_match, analyze_circuit, render_smith_chart) with noun_noun/noun_verb patterns (gain_circles, impedance_convert, tline_input_impedance). The inconsistency is minor and readable, not chaotic.
14 tools fit the RF/Smith-chart domain well; each tool covers a distinct design, analysis, or rendering task without obvious filler. The count is within the well-scoped range and proportional to the breadth of the domain.
The surface covers common matching topologies (L, Pi/T, stub, quarter-wave), circuit/line analysis, Touchstone parsing, amplifier stability/gain/noise, and Smith chart rendering. Minor gaps remain, such as multi-section/optimization workflows or circuit-to-S-parameter export, but core workflows are covered.