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ApeScope - TheSmokinApe's Analysis Tool

Live parser · math engine · instant data exporter

⚡ Direct Google Sheets Export

Skip manual file conversions. Use the buttons below to copy the fully calculated table directly into your clipboard, then simply press Ctrl+V (or Cmd+V) in any blank Google Sheet!

Impedance Profile

7.00 MHz
Select Frequency 7.0000 MHz
Active Profile: Sample Data
Measured SWR: 1.00:1
Impedance Phase (θ): 0.00°
Inductance (L): 1.68 µH
Capacitance (C): N/A
Reactance (X): 73.9 Ω
Loss Resistance (R): 162.9 Ω
Total Impedance (|Z|): 178.8 Ω
Vector S11: 0.574 + j0.134 Reflection Coeff (Γ): 0.589

Chart Visibility

Static Frequency Markers

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Pin fixed frequencies across every chart (snaps to the closest data point) — handy for comparing bands or points of interest side by side.

No markers added yet

Chart Zoom Span

Type a span (MHz) to zoom every chart in around the active frequency. Scroll/pinch on any chart still works too.

Amateur Band Highlights

Shades ham band segments across the frequency charts. Edges vary by country/license class — treat as a general reference.

Visual RF Network Analyzer Plots

Stacked vertical analysis layout with phase vector analysis

Reference Port Impedance: Z₀ = 50 Ω
Linear Impedance Response
Click to seek frequency · Scroll to zoom
Marker Frequency R (Ω) X (Ω) |Z| (Ω)
Vector S11 Smith Chart (Polar Coordinates) Includes targeted constant SWR rings (dashed arcs)
Click chart path to seek frequency
Marker Frequency Z SWR
Standing Wave Ratio (SWR)
Target SWR ≤ 2.0 · Scroll to zoom
Marker Frequency SWR
Return Loss (dB)
Higher (more negative-going up) is better match · Scroll to zoom
Marker Frequency Return Loss
Quality Factor (Q = |X| / R)
Higher Q = narrower bandwidth, sharper resonance · Scroll to zoom
Marker Frequency Q
Impedance Phase Angle Response (θ)
Resonance occurs where phase angle crosses 0° · Scroll to zoom
Marker Frequency Phase (θ)
Google Sheets Sandbox Grid (Calculates live SWR & Phase)
Loaded: 0 rows
Frequency (MHz) S11 Real (a) S11 Imag (b) Resistance R (Ω) Reactance X (Ω) Impedance |Z| (Ω) Phase Angle (°) SWR (:1) Inductance L (µH)