Designing Valve Preamps for Guitar and Bass, Second EditionLulu.com, 2012 - 300 oldal Designing Tube Preamps for Guitar and Bass is the most comprehensive guide to the design of tube-based preamplifiers for musical instrument use, in a single volume. From the input to the phase inverter this book discusses in detail the inner workings and practical design of every part of a conventional guitar preamp, including the use of triodes, pentodes, tone controls, effects loops and much more. This second edition is fully revised and includes four new chapters covering noise, signal switching, topology, and grounding. Aimed at intermediate-level hobbyists and circuit designers, it explores how to manipulate distortion and maximise performance for the perfect tone. With easy-to-read explanations, minimal math and over 250 diagrams and figures, it is an essential handbook for any tube amp enthusiast! |
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ii. oldal
... Noise , Hum and Microphonics 3.1 : Noise 3.2 : Noise in Resistors 53 3.3 : Noise in Triodes 3.4 : Noise in Pentodes 3.5 : Noise Calculations for a Triode Gain Stage 3.6 : Noise Calculations for Cascaded Triodes 3.7 : Principles of Low - ...
... Noise , Hum and Microphonics 3.1 : Noise 3.2 : Noise in Resistors 53 3.3 : Noise in Triodes 3.4 : Noise in Pentodes 3.5 : Noise Calculations for a Triode Gain Stage 3.6 : Noise Calculations for Cascaded Triodes 3.7 : Principles of Low - ...
iii. oldal
... Noise in Parallel Valves 108 5.3 : The Matchless Input Stage 109 5.4 : The Common - Anode Mixer 110 5.5 : Dissimilar Cathode Circuits 5.6 : Blend Control 111 112 6. The Cathode Follower 113 6.1 : Gain of the Cathode Follower 113 6.2 ...
... Noise in Parallel Valves 108 5.3 : The Matchless Input Stage 109 5.4 : The Common - Anode Mixer 110 5.5 : Dissimilar Cathode Circuits 5.6 : Blend Control 111 112 6. The Cathode Follower 113 6.1 : Gain of the Cathode Follower 113 6.2 ...
iv. oldal
... Noise 181 10.6: Effect on Frequency Response 183 10.7: Effect on Input and Output Impedance 184 10.8: Global Feedback: Single-Ended Amplifier Example 185 10.9: Global Feedback: Push-Pull Amplifier Example 10.10: Feedback from ...
... Noise 181 10.6: Effect on Frequency Response 183 10.7: Effect on Input and Output Impedance 184 10.8: Global Feedback: Single-Ended Amplifier Example 185 10.9: Global Feedback: Push-Pull Amplifier Example 10.10: Feedback from ...
34. oldal
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Tartalomjegyzék
Fundamentals of Amplification | 1 |
Noise Hum and Microphonics | 3 |
The SmallSignal Pentode | 57 |
888 | 79 |
Valves in Parallel | 107 |
The Cathode Follower | 113 |
The Cascode | 133 |
The Cathodyne Phase Inverter | 143 |
The LongTailedPair Phase Inverter | 154 |
Feedback | 177 |
Tone Controls | 191 |
Effects Loops | 210 |
Signal Switching | 222 |
Topology | 249 |
Bibliography | 278 |
Gyakori szavak és kifejezések
AC load amplifier anode current anode resistor anode voltage attenuated bass bias point bias voltage biasing blocking distortion Bode plot capacitance cascode cathode bypass capacitor cathode follower cathode resistor cathode voltage cathodyne chassis clipping connected coupling capacitor current flows data sheet diode electrons equivalent circuit feedback filter frequency response gain stage graph grid current grid curves grid leak grid stopper grid voltage ground guitar amp harmonic distortion headroom heater hifi high-gain increase input capacitance input impedance input resistance JFET load line long-tailed pair maximum Miller effect mutual characteristics negative noise normally output impedance output signal overdrive parallel pentode phase inverter pickup potential divider power supply power valves preamp reduce relay resistor screen current screen grid screen voltage shown in fig shows signal voltage simply source impedance static anode characteristics tone stack transconductance transistor treble triode unbypassed usually waveform wire