rfForge

Match Parameters

Load R · Ω

Load X · Ω

Reference Z₀ · Ω

Frequency · MHz

Loaded Q · min 4.00

Q 8

Q_min=4.00 · R_v=1.5Ω · Δf=56.3 MHz

Solved Network

PI · LP

Shunt (source)

14.15pFC

|X| = 12.5 Ω

Series arm / shunt

11.22nHL

|X| = 63.4 Ω

Shunt (load)

3.456pFC

|X| = 51.2 Ω

Match Quality

Load |Γ|0.889

Load return loss1.023 dB

Phase0.000 °

Matched |Γ|≈0 (> 60 dB)

Stretch Smith Chart

PA Parameters

DC supply · W

Small-signal gain · dB

Saturation power · dBm

Sweep start · dBm

Sweep end · dBm

Smoothness (p) · ≈1

FET

Efficiency terminology follows device type: Drain for the FET.

Figures of Merit

Saturation30.0 dBm

P1dB (out)27.8 dBm

PAE peak34.9 %

Drain eff. peak35.4 %

P_out / Gain / PAE vs P_in

P1dB: 8.8 dBm in · 27.8 dBm out

Network Design · from Module A

Load R · Ω

Load X · Ω

Reference Z₀ · Ω

Design freq · GHz

Loaded Q

Q 10

Parasitics & Sweep

Parasitic C_p · pF

Inductor Q₀ · at design

Sweep start · GHz ≥1

Sweep end · GHz ≤300

Band markers annotated at sub-6 / 24 / 60 / 140 GHz (FR-C6).

Degradation at Scale

SRF (dominant L)25.33 GHz

IL @ f_max76.50 dB

Inductor Q @ f_max68971

Peak IL over sweep104.10 dB

Insertion Loss & Inductor Q vs Frequency

SRF 25.33 GHz · IL@fmax 76.50 dB

AI Explanation

Plain-language commentary on calculated results. Read-only — never alters a computed value.

Explain

Sample values (Module A not run yet)

TopologyPI

Q6.0

Bandwidth150 MHz

Return loss40.0 dB

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The AI summarises Module A's calculated values and can answer follow-up questions.