Designing Transistor I.F. Amplifiers |
Contents
| 2 | |
2 | 11 |
Dependence of Reverse Transfer Admittance | 30 |
Chapter 5 | 48 |
15 | 55 |
Chapter 6 | 63 |
3 | 68 |
4 | 75 |
19 | 141 |
TRANSISTOR PARAMETERS | 147 |
DESIGN EXAMPLES OF INCORPORATING | 160 |
8 | 179 |
THE EFFECTS OF SPREADS IN TRANSISTOR | 185 |
meters | 193 |
NEUTRALIZATION | 202 |
Chapter 4 | 204 |
The value of | 81 |
Chapter 9 | 99 |
3 | 111 |
Chapter 7 | 113 |
EXAMPLE OF AMPLIFIER DESIGN TAKING | 130 |
STEPBYSTEP METHOD OF DESIGNING I | 213 |
AUTOMATIC GAIN CONTROL OF TRANSISTOR | 225 |
DESIGN CHARTS | 228 |
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Common terms and phrases
adjacent channel admittance parameters amplifier Configuration amplifier design amplitude response curve biasing point boundary of stability calculated capacitive tap Chapter circuit diagram collector common emitter coupling coupling losses cross modulation cross-over point damping ratio Design Chart double-tuned bandpass filters emitter current envelope delay forward AGC amplifier forward gain control frequency function I.F. amplifier I.F. transistor input damping input stage input terminals insertion losses kc/s Mc/s Minor determinant mixer stage mixer transistor non-controlled condition obtained output damping output stage output terminals power gain quality factor R.F. stage regeneration coefficient resistance tolerances resistor reverse AGC amplifier reverse gain control Schematic shown in Fig signal levels single-tuned bandpass filters spread in gain spreads in transistor sub-section supply voltage T₁ total damping transducer gain transimpedance tuned bandpass filters tuned circuits tuner and I.F. tuning capacitance Tuning method variations video detector voltage gain voltage levels µʊ Φι