Radiation Laboratory Series, Volume 19McGraw-Hill Book Company, 1964 - Electronics |
From inside the book
Results 1-3 of 24
Page 314
... μμί μμε 6AC7 56 k IM 10.1 吋 Epp 6SN7 10 k 1.8 k 560 110 10 or 56 or 180 or 560 or 100 560 Output 1k μuf μμί 1800 μμί 5600 150 μμί FIG . 8-31 . - Filter and amplifier for linear shaping of rectangular waves to simulate output of ...
... μμί μμε 6AC7 56 k IM 10.1 吋 Epp 6SN7 10 k 1.8 k 560 110 10 or 56 or 180 or 560 or 100 560 Output 1k μuf μμί 1800 μμί 5600 150 μμί FIG . 8-31 . - Filter and amplifier for linear shaping of rectangular waves to simulate output of ...
Page 575
... μμί 2000 -600 μμ - μμί μμί 6000 μμε 北 5 5 μμί 5 μμε Via 6SL7 V16 V20 6SL7 26 V2b V30 6SL7 V36 27 k $ 100 k 47 k 47k 47 k 47k- 100 k 25 k 20 kc / sec 5 kc / sec 1.7 kc / sec FIG . 16-8 . - Astable - multivibrator divider chain ( SCR ...
... μμί 2000 -600 μμ - μμί μμί 6000 μμε 北 5 5 μμί 5 μμε Via 6SL7 V16 V20 6SL7 26 V2b V30 6SL7 V36 27 k $ 100 k 47 k 47k 47 k 47k- 100 k 25 k 20 kc / sec 5 kc / sec 1.7 kc / sec FIG . 16-8 . - Astable - multivibrator divider chain ( SCR ...
Page 579
... μμί T 680 C 5.6k VR116 μμί ( 40 ) μμί - Input pluses 470 470 5.6 k Rk 12k 0.1 0.1 $ 27k FIG . 16.11 . - Circuit of phantastron used in stability tests . = = For a division by 2 from 324 kc / sec , μuf . By neglecting strays , it can be ...
... μμί T 680 C 5.6k VR116 μμί ( 40 ) μμί - Input pluses 470 470 5.6 k Rk 12k 0.1 0.1 $ 27k FIG . 16.11 . - Circuit of phantastron used in stability tests . = = For a division by 2 from 324 kc / sec , μuf . By neglecting strays , it can be ...
Contents
FOREWORD vii | 8 |
BASIC CONCEPTS AND THE METHOD OF APPROACH | 8 |
OPERATIONS ON WAVEFORMS WITH LINEAR CIRCUIT | 17 |
41 other sections not shown
Common terms and phrases
amplifier amplitude modulation amplitude selection applied approximately bias blocking oscillator C₁ C₂ capacitance carrier cathode follower cathode-ray tube cent Chap characteristic circuit of Fig components condenser constant control grid crystal delay line demodulation desired detector devices differential diode discussed duration E₁ effect elements employed equal error exponential feedback frequency function gate germanium grid current grid of V₁ heater voltage impedance inductance input pulse input signal input waveform kc/sec linear linear sweep method modulation multivibrator negative nonlinear obtained ohms operation output pulse output voltage pentode phantastron phase shift plate current positive potential potentiometer push-pull R₁ R₂ ratio resistance resistor sawtooth waveform selector pulse shown in Fig signal input sine wave sinusoidal slope stability suppressor suppressor grid switch synchro T₁ temperature thyratron tion transformer triangular waveform trigger triode tube V₁ V₂ variable variation vary voltage volts waveform zero μμε μμί