Cartridge TypesThe Vinyl MediumSpurious SignalsOther Vinyl ProblemsMaximum Signal Levels From VinylMoving-Magnet Cartridge SensitivitiesOverload Margins and Amplifier LimitationsEqualisation and Its DiscontentsThe Unloved IEC AmendmentThe “Neumann Pole”MM Amplifier ConfigurationsOpamp MM Input StagesCalculating the RIAA Equalisation ComponentsImplementing RIAA EqualisationImplementing the IEC AmendmentRIAA Series-Feedback Network ConfigurationsRIAA Optimisation: C1 as a Single E6 Capacitor, 2xE24RIAA Optimisation: C1 as 3 x 10 nF Capacitors, 2xE24RIAA Optimisation: C1 as 4 x 10 nF Capacitors, 2xE24RIAA Optimisation: The Willmann TablesRIAA Optimisation: C1 as 3 x 10 nF Capacitors, 3xE24RIAA Optimisation: C1 as 4 x 10 nF Capacitors, 3xE24Switched-Gain MM RIAA AmplifiersSwitched-Gain MM/MC RIAA AmplifiersOpen-Loop Gain and RIAA AccuracyPassive and Semi-Passive RIAA EqualisationMM Cartridge Loading and Frequency ResponseMM Cartridge–Preamplifier InteractionMM Cartridge DC and AC CouplingNoise in MM RIAA PreamplifiersHybrid MM AmplifiersBalanced MM InputsNoise in Balanced MM InputsNoise WeightingNoise MeasurementsCartridge Load Synthesis for Lower NoiseSubsonic FiltersSubsonic Filtering: Butterworth FiltersSubsonic Filtering: Elliptical FiltersSubsonic Filtering by CancellationUltrasonic FiltersA Practical MM Amplifier #3
