╔══════════════════════════════════════════════════════════════╗ ║ SPHINX 101 ║ ║ Signal Verification Report - v1.6.0 ║ ╠══════════════════════════════════════════════════════════════╣ ║ Report: EQ Verification ║ ║ Generated: 2026-07-29 10:18 UTC ║ ║ Platform: macOS · Apple Silicon · TrueRail™ ║ ║ Standard: -6 dBFS operating level · 64-bit internal ║ ╚══════════════════════════════════════════════════════════════╝ ====================================================================== SPHINX 101 EQ DEEP-VALIDATION SUITE (eqtest) 2026-07-29 10:18:33 UTC ====================================================================== TOTAL: 157 pass / 0 fail / 0 warn / 0 skip (157 measurements) Total runtime: 49.547 s ====================================================================== ---------------------------------------------------------------------- Section: E1_InductorSaturation [28P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_thd_at_-30dbfs 0.1283% + pultey_thd_at_-18dbfs 0.4811% + pultey_thd_at_-12dbfs 0.8894% + pultey_thd_at_-6dbfs 1.5416% + pultey_thd_at_-3dbfs 1.9558% + pultey_thd_at_0dbfs 2.4001% + pultey_thd_growth_30_to_0_dbfs Δ=2.2718% (0.1283 → 2.4001%) (should rise (Δ ≥ 0.05 %)) + maney_thd_at_-30dbfs 0.0631% + maney_thd_at_-18dbfs 0.2423% + maney_thd_at_-12dbfs 0.4612% + maney_thd_at_-6dbfs 0.8416% + maney_thd_at_-3dbfs 1.1086% + maney_thd_at_0dbfs 1.4265% + maney_thd_growth_30_to_0_dbfs Δ=1.3633% (0.0631 → 1.4265%) (should rise (Δ ≥ 0.05 %)) + nevy_thd_at_-30dbfs 0.0573% + nevy_thd_at_-18dbfs 0.2216% + nevy_thd_at_-12dbfs 0.4252% + nevy_thd_at_-6dbfs 0.7872% + nevy_thd_at_-3dbfs 1.0486% + nevy_thd_at_0dbfs 1.3689% + nevy_thd_growth_30_to_0_dbfs Δ=1.3116% (0.0573 → 1.3689%) (should rise (Δ ≥ 0.05 %)) + sllamok_thd_at_-30dbfs 0.0000% + sllamok_thd_at_-18dbfs 0.0000% + sllamok_thd_at_-12dbfs 0.0000% + sllamok_thd_at_-6dbfs 0.0000% + sllamok_thd_at_-3dbfs 0.0000% + sllamok_thd_at_0dbfs 0.0000% + sllamok_thd_growth_30_to_0_dbfs Δ=0.0000% (0.0000 → 0.0000%) (should stay flat (Δ < 0.5 %)) ---------------------------------------------------------------------- Section: E2_SwingingInductance [4P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_effective_boost_swing_db low=5.996 dB / hi=5.980 dB / Δ=0.016 dB (expect Δ ≥ 0.002 dB (swinging L)) + maney_effective_boost_swing_db low=5.999 dB / hi=5.996 dB / Δ=0.003 dB (expect Δ ≥ 0.002 dB (swinging L)) + nevy_effective_boost_swing_db low=6.000 dB / hi=5.986 dB / Δ=0.014 dB (expect Δ ≥ 0.002 dB (swinging L)) + sllamok_effective_boost_swing_db low=6.000 dB / hi=6.000 dB / Δ=-0.000 dB (expect Δ < 0.05 dB (active, level-independent)) ---------------------------------------------------------------------- Section: E3_PulteyTrick [6P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_boost_curve_30_100_300_1k 12.74 / 5.04 / -0.63 / 0.88 dB + pultey_300_lt_100_db_diff 300Hz = -0.63 dB / 100Hz = 5.04 dB / Δ=-5.67 dB (300 Hz < 100 Hz (boost rolls off)) + pultey_dip_signature boost@300Hz = -0.63 dB (informational baseline (API limitation)) + maney_boost_curve_30_100_300_1k 12.51 / 5.56 / -0.28 / 0.90 dB + nevy_boost_curve_30_100_300_1k 12.60 / 5.54 / -0.71 / -0.07 dB + sllamok_boost_curve_30_100_300_1k 11.86 / 6.00 / 0.20 / 0.00 dB ---------------------------------------------------------------------- Section: E4_BandInteraction [4P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_both_vs_sum_at_1khz_db both=2.89 dB / lin-sum=2.93 dB / Δ=-0.04 dB (series: any value (records phase accumulation)) + maney_both_vs_sum_at_1khz_db both=3.82 dB / lin-sum=3.81 dB / Δ=0.01 dB (parallel: |Δ| < 1.5 dB (soft addition)) + nevy_both_vs_sum_at_1khz_db both=1.20 dB / lin-sum=1.21 dB / Δ=-0.02 dB (series: any value (records phase accumulation)) + sllamok_both_vs_sum_at_1khz_db both=2.31 dB / lin-sum=2.32 dB / Δ=-0.00 dB (series: any value (records phase accumulation)) ---------------------------------------------------------------------- Section: E5_PerTopologyTHD [19P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_thd_at_100hz_pct 1.5416% + pultey_thd_at_1khz_pct 0.0427% + pultey_thd_at_10khz_pct 0.0000% + pultey_total_thd_sum_pct 1.5843% + maney_thd_at_100hz_pct 0.8416% + maney_thd_at_1khz_pct 0.0240% + maney_thd_at_10khz_pct 0.0000% + maney_total_thd_sum_pct 0.8655% + nevy_thd_at_100hz_pct 0.7872% + nevy_thd_at_1khz_pct 0.0225% + nevy_thd_at_10khz_pct 0.0000% + nevy_total_thd_sum_pct 0.8097% + sllamok_thd_at_100hz_pct 0.0000% + sllamok_thd_at_1khz_pct 0.0000% + sllamok_thd_at_10khz_pct 0.0000% + sllamok_total_thd_sum_pct 0.0000% + ordering_maney_ge_sllamok 0.8655% vs 0.0000% + ordering_nevy_ge_sllamok 0.8097% vs 0.0000% + ordering_pultey_ge_sllamok 1.5843% vs 0.0000% ---------------------------------------------------------------------- Section: E6_Ringing [12P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_overshoot_pct 46.52% + pultey_ring_cycles 3 (expect ≥ 1 cycle (LC resonance)) + pultey_ring_freq_hz 56 Hz + maney_overshoot_pct 54.34% + maney_ring_cycles 3 (expect ≥ 1 cycle (LC resonance)) + maney_ring_freq_hz 51 Hz + nevy_overshoot_pct 37.55% + nevy_ring_cycles 18 (expect ≥ 1 cycle (LC resonance)) + nevy_ring_freq_hz 475 Hz + sllamok_overshoot_pct 49.10% + sllamok_ring_cycles 11 (expect ≤ 12 cycles (active EQ resonance bounded)) + sllamok_ring_freq_hz 476 Hz ---------------------------------------------------------------------- Section: E7_GainAccuracy [32P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_gain_err_at_1db set=1.0 dB / measured=0.99 dB / err=-0.01 dB (±1.5 dB) + pultey_gain_err_at_3db set=3.0 dB / measured=2.99 dB / err=-0.01 dB (±1.5 dB) + pultey_gain_err_at_6db set=6.0 dB / measured=6.00 dB / err=-0.00 dB (±1.5 dB) + pultey_gain_err_at_9db set=9.0 dB / measured=8.99 dB / err=-0.01 dB (±3.0 dB) + pultey_gain_err_at_12db set=12.0 dB / measured=11.98 dB / err=-0.02 dB (±3.0 dB) + pultey_gain_err_at_-3db set=-3.0 dB / measured=-2.99 dB / err=0.01 dB (±1.5 dB) + pultey_gain_err_at_-6db set=-6.0 dB / measured=-5.99 dB / err=0.01 dB (±1.5 dB) + pultey_gain_err_at_-12db set=-12.0 dB / measured=-11.98 dB / err=0.02 dB (±3.0 dB) + maney_gain_err_at_1db set=1.0 dB / measured=0.99 dB / err=-0.01 dB (±1.5 dB) + maney_gain_err_at_3db set=3.0 dB / measured=2.99 dB / err=-0.01 dB (±1.5 dB) + maney_gain_err_at_6db set=6.0 dB / measured=6.00 dB / err=-0.00 dB (±1.5 dB) + maney_gain_err_at_9db set=9.0 dB / measured=8.99 dB / err=-0.01 dB (±3.0 dB) + maney_gain_err_at_12db set=12.0 dB / measured=11.99 dB / err=-0.01 dB (±3.0 dB) + maney_gain_err_at_-3db set=-3.0 dB / measured=-2.99 dB / err=0.01 dB (±1.5 dB) + maney_gain_err_at_-6db set=-6.0 dB / measured=-6.00 dB / err=0.00 dB (±1.5 dB) + maney_gain_err_at_-12db set=-12.0 dB / measured=-11.99 dB / err=0.01 dB (±3.0 dB) + nevy_gain_err_at_1db set=1.0 dB / measured=0.99 dB / err=-0.01 dB (±1.5 dB) + nevy_gain_err_at_3db set=3.0 dB / measured=2.99 dB / err=-0.01 dB (±1.5 dB) + nevy_gain_err_at_6db set=6.0 dB / measured=6.00 dB / err=-0.00 dB (±1.5 dB) + nevy_gain_err_at_9db set=9.0 dB / measured=8.99 dB / err=-0.01 dB (±3.0 dB) + nevy_gain_err_at_12db set=12.0 dB / measured=11.99 dB / err=-0.01 dB (±3.0 dB) + nevy_gain_err_at_-3db set=-3.0 dB / measured=-2.99 dB / err=0.01 dB (±1.5 dB) + nevy_gain_err_at_-6db set=-6.0 dB / measured=-6.00 dB / err=0.00 dB (±1.5 dB) + nevy_gain_err_at_-12db set=-12.0 dB / measured=-11.99 dB / err=0.01 dB (±3.0 dB) + sllamok_gain_err_at_1db set=1.0 dB / measured=0.99 dB / err=-0.01 dB (±1.5 dB) + sllamok_gain_err_at_3db set=3.0 dB / measured=2.99 dB / err=-0.01 dB (±1.5 dB) + sllamok_gain_err_at_6db set=6.0 dB / measured=6.00 dB / err=-0.00 dB (±1.5 dB) + sllamok_gain_err_at_9db set=9.0 dB / measured=8.99 dB / err=-0.01 dB (±3.0 dB) + sllamok_gain_err_at_12db set=12.0 dB / measured=11.99 dB / err=-0.01 dB (±3.0 dB) + sllamok_gain_err_at_-3db set=-3.0 dB / measured=-2.99 dB / err=0.01 dB (±1.5 dB) + sllamok_gain_err_at_-6db set=-6.0 dB / measured=-6.00 dB / err=0.00 dB (±1.5 dB) + sllamok_gain_err_at_-12db set=-12.0 dB / measured=-11.99 dB / err=0.01 dB (±3.0 dB) ---------------------------------------------------------------------- Section: E8_QBehavior [20P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_bandwidth_at_1db_hz 1656 Hz (centerBoost = 0.99 dB) + pultey_bandwidth_at_3db_hz 1525 Hz (centerBoost = 2.99 dB) + pultey_bandwidth_at_6db_hz 1415 Hz (centerBoost = 6.00 dB) + pultey_bandwidth_at_12db_hz 655 Hz (centerBoost = 11.98 dB) + pultey_bw_ratio_12db_over_1db 0.40 (passive: prefer ratio ≤ 2.0 (narrowing with boost)) + maney_bandwidth_at_1db_hz 2217 Hz (centerBoost = 0.99 dB) + maney_bandwidth_at_3db_hz 2102 Hz (centerBoost = 2.99 dB) + maney_bandwidth_at_6db_hz 1946 Hz (centerBoost = 6.00 dB) + maney_bandwidth_at_12db_hz 868 Hz (centerBoost = 11.99 dB) + maney_bw_ratio_12db_over_1db 0.39 (passive: prefer ratio ≤ 2.0 (narrowing with boost)) + nevy_bandwidth_at_1db_hz 908 Hz (centerBoost = 0.99 dB) + nevy_bandwidth_at_3db_hz 839 Hz (centerBoost = 2.99 dB) + nevy_bandwidth_at_6db_hz 782 Hz (centerBoost = 6.00 dB) + nevy_bandwidth_at_12db_hz 357 Hz (centerBoost = 11.99 dB) + nevy_bw_ratio_12db_over_1db 0.39 (passive: prefer ratio ≤ 2.0 (narrowing with boost)) + sllamok_bandwidth_at_1db_hz 1220 Hz (centerBoost = 0.99 dB) + sllamok_bandwidth_at_3db_hz 1218 Hz (centerBoost = 2.99 dB) + sllamok_bandwidth_at_6db_hz 1217 Hz (centerBoost = 6.00 dB) + sllamok_bandwidth_at_12db_hz 634 Hz (centerBoost = 11.99 dB) + sllamok_bw_ratio_12db_over_1db 0.52 (active: ratio in [0.4, 2.5]) ---------------------------------------------------------------------- Section: E9_StabilityGuard [32P/0F/0W/0S] ---------------------------------------------------------------------- + pultey_low_p12dB_at_100Hz 0.019 dB peak-to-peak (ripple < 0.30 dB) + pultey_mid_p12dB_at_3kHz 0.156 dB peak-to-peak (ripple < 0.30 dB) + pultey_high_p12dB_at_5kHz 0.040 dB peak-to-peak (ripple < 0.30 dB) + pultey_low_m12dB_at_100Hz 0.019 dB peak-to-peak (ripple < 0.30 dB) + pultey_mid_m12dB_at_3kHz 0.130 dB peak-to-peak (ripple < 0.30 dB) + pultey_high_m12dB_at_5kHz 0.046 dB peak-to-peak (ripple < 0.30 dB) + pultey_combined_p6dB 0.098 dB peak-to-peak (ripple < 0.30 dB) + pultey_combined_p12dB 0.208 dB peak-to-peak (ripple < 0.30 dB) + maney_low_p12dB_at_100Hz 0.019 dB peak-to-peak (ripple < 0.30 dB) + maney_mid_p12dB_at_3kHz 0.176 dB peak-to-peak (ripple < 0.30 dB) + maney_high_p12dB_at_5kHz 0.043 dB peak-to-peak (ripple < 0.30 dB) + maney_low_m12dB_at_100Hz 0.020 dB peak-to-peak (ripple < 0.30 dB) + maney_mid_m12dB_at_3kHz 0.155 dB peak-to-peak (ripple < 0.30 dB) + maney_high_m12dB_at_5kHz 0.032 dB peak-to-peak (ripple < 0.30 dB) + maney_combined_p6dB 0.087 dB peak-to-peak (ripple < 0.30 dB) + maney_combined_p12dB 0.191 dB peak-to-peak (ripple < 0.30 dB) + nevy_low_p12dB_at_100Hz 0.003 dB peak-to-peak (ripple < 0.30 dB) + nevy_mid_p12dB_at_3kHz 0.190 dB peak-to-peak (ripple < 0.30 dB) + nevy_high_p12dB_at_5kHz 0.039 dB peak-to-peak (ripple < 0.30 dB) + nevy_low_m12dB_at_100Hz 0.004 dB peak-to-peak (ripple < 0.30 dB) + nevy_mid_m12dB_at_3kHz 0.181 dB peak-to-peak (ripple < 0.30 dB) + nevy_high_m12dB_at_5kHz 0.055 dB peak-to-peak (ripple < 0.30 dB) + nevy_combined_p6dB 0.075 dB peak-to-peak (ripple < 0.30 dB) + nevy_combined_p12dB 0.188 dB peak-to-peak (ripple < 0.30 dB) + sllamok_low_p12dB_at_100Hz 0.005 dB peak-to-peak (ripple < 0.30 dB) + sllamok_mid_p12dB_at_3kHz 0.158 dB peak-to-peak (ripple < 0.30 dB) + sllamok_high_p12dB_at_5kHz 0.097 dB peak-to-peak (ripple < 0.30 dB) + sllamok_low_m12dB_at_100Hz 0.006 dB peak-to-peak (ripple < 0.30 dB) + sllamok_mid_m12dB_at_3kHz 0.142 dB peak-to-peak (ripple < 0.30 dB) + sllamok_high_m12dB_at_5kHz 0.053 dB peak-to-peak (ripple < 0.30 dB) + sllamok_combined_p6dB 0.065 dB peak-to-peak (ripple < 0.30 dB) + sllamok_combined_p12dB 0.126 dB peak-to-peak (ripple < 0.30 dB) ══════════════════════════════════════════════════════════════ Sphinx 101 v1.6.0 Component-Level Analog Modeling with TrueRail™ Technology 157 measurements · 0 failures · 0 warnings All measurements passed - signal integrity verified. analogrealism.com · support@analogrealism.com Made in Finland ══════════════════════════════════════════════════════════════