1 |
Overview |
1.1 |
Single Triodes |
1.2 |
Multiple Triodes |
1.3 |
Tetrodes and Pentodes |
1.4 |
Dual Tetrodes and Dual Pentodes |
1.5 |
Hexodes and other Multigrid Tubes |
1.6 |
Dissimilar Multi-Unit Tubes |
1.7 |
Diodes, Rectifiers, and Thyratrons |
1.8 |
Voltage Stabilizers - Neon Valves |
1.9 |
Electron-Ray Indicators and Display Tubes - Radiation Emitters and Detectors |
|
1.7 |
Diodes, Rectifiers, and Thyratrons |
1.7.1 |
Vacuum Diodes and Rectifiers |
1.7.2 |
Gas-Filled Diodes and Rectifiers |
1.7.3 |
Thyratron Triodes |
1.7.4 |
Thyratron Tetrodes and Pentodes |
|
2 |
Class-A Amplifier Static Characteristics |
2.1 |
Single Triodes |
2.2 |
Multiple Triodes |
2.3 |
Triodes of Multi-Unit Tubes |
2.4 |
Triode-Connected Tetrodes and Pentodes |
2.5 |
Tetrodes and Pentodes |
2.6 |
Dual Tetrodes and Dual Pentodes |
2.7 |
Tetrodes and Pentodes of Multi-Unit Tubes |
2.8 |
Hexodes and other Multigrid Tubes |
|
3 |
Resistance-Coupled, Audio-Frequency Voltage Amplifiers |
3.1 |
Triodes |
3.2 |
Phase Splitters - Phase Inverters |
3.4 |
Triode-Connected Pentodes |
3.5 |
Tetrodes and Pentodes |
|
4 |
Audio Power Amplifier Characteristics |
4.1 |
Single-Ended Triode |
4.2 |
Push-Pull Triodes |
4.3 |
Single-Ended Triode-Connected Tetrode or Pentode |
4.4 |
Push-Pull Triode-Connected Tetrodes and Pentodes |
4.5 |
Single-Ended Tetrode or Pentode |
4.6 |
Push-Pull Tetrodes and Pentodes (-->6.6) |
|
5 |
Amateur Radio Transmitting Amplifiers |
5.1 |
Triodes |
5.2 |
Twin Triodes Push-Pull Amplifiers |
5.4 |
Triode-Connected Tetrodes and Pentodes |
5.5 |
Tetrodes and Pentodes |
5.6 |
Dual Tetrodes and Dual Pentodes |
5.7 |
Push-Pull Amplifiers Using Tetrodes and Pentodes |
5.8 |
SSB Linear Amplifiers Using Tetrodes and Pentodes |
|
6 |
Different Kinds of Amateur Radio Applications |
6.1 |
Triode Oscillators |
6.5 |
Radio-Frequency Amplifiers Using Tetrodes, Pentodes, and Multigrid Tubes |
6.6 |
Push-Pull Modulators Using Tetrodes and Pentodes |
6.7 |
Audions and Detectors Using Tetrodes and Pentodes |
6.8 |
Mixer - Superheterodyne Converter |
6.9 |
Tuning Indicators |
|
7 |
Digital Circuits |
7.1 |
Logic Gates |
7.5 |
Pulse Modulators Using Tetrodes and Pentodes |
7.9 |
Thyratron Power Switch |
|
8 |
Various Operating Characteristics |
8.1 |
Half-Wave Rectifiers |
8.2 |
Full-Wave Rectifiers |
8.3 |
Diode Forward Operation |
8.4 |
Voltage Stabilizer |
8.5 |
Static Triode Characteristics |
8.6 |
Dynamic Triode Characteristics |
8.8 |
Dynamic Pentode Characteristics |
8.9 |
AC Control Circuit |
|
9 |
Maximum Ratings |
9.1 |
Single Triodes |
9.2 |
Multiple Triodes |
9.3 |
Triodes of Multi-Unit Tubes |
9.4 |
Electron-Ray Triodes, Tuning Indicators and Other Optical Tubes |
9.5 |
Tetrodes and Pentodes |
9.6 |
Dual Tetrodes and Dual Pentodes |
9.7 |
Tetrodes and Pentodes of Multi-Unit Tubes |
9.8 |
Hexodes and other Multigrid Tubes |
9.9 |
Diodes, Rectifiers, and Thyratrons |
|
9.9 |
Diodes, Rectifiers, and Thyratrons |
9.9.1 |
Vacuum Diodes and Rectifiers |
9.9.2 |
Gas-Filled Diodes and Rectifiers |
9.9.3 |
Thyratron Triodes |
9.9.4 |
Thyratron Tetrodes and Pentodes |
|
A |
Appendix |
A.1 |
Parameter Names |
A.2 |
Notes and Remarks |
A.3 |
Application Hints |
A.4 |
Base Connections |
A.6 |
Manufacturers and References |
A.7 |
Figures and Outlines |
A.8 |
Application Circuits |
A.9 |
Cross Reference |
|
A.4 |
Base Connections |
A.4.1 |
Base Types |
A.4.2 |
Electrode and Terminal Designations |
A.4.3 |
Base Pin Numbering |
A.4.4
|
Single Triodes |
A.4.5 |
Multiple Triodes |
A.4.6 |
Tetrodes and Pentodes |
A.4.7 |
Other Types |
A.4.9 |
RETMA/EIA Base Designators |
|
A.6 |
Manufacturers and References |
A.6.1 |
Identifying Manufacturers |
A.6.2 |
Primary References - Manufacturers' Publications |
A.6.3 |
Secondary References - Tube Charts, Encyclopædia, and Vademecum |
A.6.4 |
Identifying Russian Tubes |
A.6.5 |
Russian Tube Key |
A.6.8 |
About This Database |
A.6.9 |
Copyright Notice |
|
A.7 |
Figures and Outlines |
A.7.1 |
Coaxial Tubes |
A.7.2 |
Dimensions and Pin Numbering of Bases |
|
A.8 |
Application Circuits |
A.8.1 |
Resistance-Coupled, Audio-Frequency Voltage Amplifiers Using Triodes |
A.8.2 |
Phase Splitters - Phase Inverters |
A.8.3 |
Resistance-Coupled, Audio-Frequency Voltage Amplifiers Using Pentodes |
A.8.4 |
Output-Transformerless Single-Ended Push-Pull Stages |
A.8.5 |
Transformer-Coupled Push-Pull Amplifier Stages |
A.8.6 |
Resistance-Coupled Push-Pull Amplifier Stages Using Output Transformers |
A.8.7 |
Rectifier Circuits |
A.8.8 |
Detectors and other Receiving Circuits |
A.8.9 |
Frequency Converters |
|
A.9 |
Cross Reference |
A.9.1 |
List of All Available Types |
A.9.2 |
Virtual Sheets |
|
B |
Electron Tubes' History and Basics |
B.1 |
Inventions and History of Tube Development |
B.2 |
The Radio Receiving Tube in Germany - Development 1923-1949 |
B.4 |
Introduction to the World of Electron Tubes and Valves |
B.6 |
European Tube and Valve Manufacturers - History and Product Development |
B.8 |
Glossary - Explanation of Tube & Valve Specific Terminology |
|
B.4 |
Introduction to the World of Electron Tubes and Valves |
B.4.1 |
Electrons, Electrodes, and Electron Tubes |
|
B.6 |
European Tube and Valve Manufacturers - History and Product Development |
B.6.1 |
Mullard Electronic Products Ltd. |