Electronic Circuits, Systems and Standards. The Best of EDN

Content: 
Front Matter, Page iii
Copyright, Page iv
Introduction, Pages ix-x, Ian Hickman
1 - NOR gate controls oscillator frequency, Page 1, Richard Rice
2 - Circuit converts voltage ratio to frequency, Page 2, Bobircă Florin Daniel
3 - MIL-STD-1553 bus finds use in diverse military systems, Pages 3-11, Jon Titus
4 - Diodes and capacitors imitate transformers, Pages 12-13, Rudy Stefenel
5 - Phase-modulate signals digitally, Pages 14-15, Noel Boutin
6 - Innovative design techniques yield optimum counter oscillator, Pages 16-20, Johnnie Hancock
7 - Op amp, ADC make zero-droop S/H, Page 21, Jerry Steele
8 - ISDN terminals simplify data transmissions, Pages 22-28, Tony O'Toole
9 - IF chip forms audio decibel-level detector, Page 29, Robert J Zavrel
10 - Versatile ramp generator uses 1kbit RAM, Pages 30-31, J Martinez, F Sandoval
11 - ICs simplify design of single-sideband receivers, Pages 32-38, Robert J Zavrel
12 - Three-rail power supply uses four diodes, Page 39, Luis de Sa
13 - Sliding FFT computes frequency spectra in real time, Pages 40-46, Tom Springer
14 - Variable-Q bandpass filter fixes gain, Pages 47-48, Yishay Netzer
15 - Enhanced op amp delivers 100 V p-p, Pages 49-50, Barry Kline
16 - Voltage references, Pages 51-56, Dave Pryce
17 - CMOS circuit always oscillates, Page 57, W F McClelland
18 - CMOS circuit guaranteed to oscillate, Page 58, Carl Spearow
19 - Micropower of amp offers simplicity and versatility, Pages 59-64, Zahid Rahim
20 - Transistor clipper provides flat-top output, Pages 65-66, Rudy Stefenel
21 - Digitize analog functions using simple procedures, Pages 67-70, George Ellis
22 - Amplitude-locked loop speeds filter test, Page 71, Steven C Hageman
23 - Power MOSFETs and IGBTs, Pages 72-78, Bill Travis
24 - Amplifier has infinite time constant, Page 79, M U Khan
25 - Voltage divider switch adds range to DPM, Page 80, Don Sherman
26 - Trouble shooting is more effective with the right philosophy, Pages 81-86, Robert A Pease
27 - Op amp provides phase-locked loop, Page 87, Ralph Wilbur
28 - Failure analyses and testing yield reliable products, Pages 88-97, Arthur F Upham
29 - Replace exclusive ORs with resistors, Page 98, George Breindel
30 - MOSFETs provide low-loss rectification, Pages 99-100, William Chater
31 - Predictive coding improves ADC performance, Pages 101-108, Richard J Karwoski
32 - Op amp reduces transformer droop, Page 109, Don Holly, Tom Lovell
33 - Designed-in safety features ease compliance, Pages 110-118, Glen Dash
34 - JFET serves as low-power logic translator, Page 119, Timothy R Wolf
35 - Floating-point math handles iterative and recursive algorithms, Pages 120-125, Charlie Ashton
36 - Multiple technologies produce fast clock, Pages 126-127, Michael A Wyatt
37 - Power isolators are bidirectional, Pages 128-129, John LaBelle
38 - Make passive filters active with a floating synthetic inductor, Pages 130-133, Arthur D Delagrange
39 - Op amp provides linear current source, Page 134, Donald E Hall
40 - Design method yields low-noise, wide-range crystal oscillators, Pages 135-138, Tim L Hillstrom
41 - Nonlinear load extends PLL frequency range, Page 139, Basel F Azzam, Christopher R Paul
42 - Squarewave oscillator spans DC to 20 MHz, Pages 140-141, Michael Jachowski
43 - Design active elliptic filters with a 4-function calculator, Pages 142-145, Arthur D Delagrange
44 - Transistor powers low-dropout regulator, Page 146, James E Dekis, Terry Blake
45 - Simplify FIR-filter design with a cookbook approach, Pages 147-154, Bill Windsor, Paul Toldalagi
46 - Single cell lights LED, Page 155, Lacz Gyula, Bunsits Józef
47 - Circuit deletes power-line cycles, Pages 156-157, Steve Ross
48 - Understand capacitor soakage to optimize analog systems, Pages 158-162, Robert A Pease
49 - Analog delay line uses digital techniques, Page 163, T G Barnett, J Millar
50 - Nonlinear components lower settling time of noise-reduction filters, Pages 164-166, Rod Burt, R Mark Stitt
51 - Intermittent converter saves power, Page 167, Paul D Gracie
52 - Amp provides 100 V common-mode range, Pages 168-169, Mark Stitt
53 - Improve circuit performance with a 1-op-amp current pump, Pages 170-175, Robert A Pease
54 - Two-way amplifier uses few parts, Pages 176-178, Rudy Stefenel
55 - Amplifier handles duplex line, Page 179, Mansour Ahmadian
56 - Active feedback improves amplifier phase accuracy, Pages 180-187, James Wong
57 - Decode overlapped EPROM, RAM and I/O, Page 188, W H Payne
58 - Gain of two simplifies LP-filter design, Pages 189-190, Arthur Delagrange
59 - Thermal tester verifies transistors, Page 191, Carlo Venditti
60 - Looking through the right window improves spectral analysis, Pages 192-198, John O'Donnell
61 - Divider displays uncanny accuracy, Pages 199-200, Michael A Wyatt
62 - Test whether a noise source is Gaussian, Page 201, Stuart R Michaels
63 - Routine gives nonrepeat random numbers, Page 203, Paul Conant
64 - Current-feedback amplifiers benefit high-speed designs, Pages 204-211, Sergio Franco
65 - Step-up converter produces 5 V from 1.5 V, Page 212, Gerald Grady
66 - Simple logarithms speed microprocessor math operations, Pages 213-216, Peter Guagliano
Index, Pages 217-219