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Op Amps for Everyone - The Repeater Builder's Technical ...

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Broadcasting, from PCB traces, 17-9<br />

Bridge, wheatstone, 12-8<br />

Broadband noise, 11-18<br />

Brown noise, 10-12<br />

Bubba oscillator, 15-17 to 15-19<br />

circuit, 15-17<br />

Burst noise, 10-9 to 10-11<br />

Butterworth band-pass filter, gain response graph,<br />

16-36<br />

Butterworth low-pass filter, 16-6<br />

amplitude response graph, 16-6<br />

circuit with unity gain, 16-21<br />

graph, 16-51<br />

Tschebyscheff-type characteristic, 16-51<br />

C<br />

Cable amplifier, 3-9<br />

Canonical equations, 6-2 to 6-5<br />

Canonical feedback, 15-2<br />

Capacitance<br />

effect on inverting op amp, 17-18<br />

trace to plane, 17-17<br />

Capacitively-loaded<br />

loop-gain calculation circuit, 7-9<br />

op amp circuit, 7-9<br />

Capacitor, 3-9 to 3-11<br />

high-frequency circuit, 17-12<br />

self resonance, 17-22<br />

Cascading filter stages, 16-12<br />

CDMA cellular base station, transmitter block diagram,<br />

13-5<br />

Cellular base station receiver, block diagram, 13-2<br />

CFA. See current feedback amplifier<br />

Characterization, transducer, 12-13 to 12-16<br />

Circuit<br />

active full-wave rectifier and filter, 12-10<br />

active Wien-Robinson filter circuit, 16-39<br />

ADC singled-ended input drive, 13-20<br />

adder, 3-5<br />

AIA, 12-17<br />

analog interface, 12-21<br />

analysis done the hard way, 2-7<br />

automatic gain control, 15-13<br />

band reject filter, 5-9<br />

Bessel high-pass filter, 16-27<br />

bubba oscillator, 15-17<br />

Butterworth low-pass filter circuit with unity gain,<br />

16-21<br />

canonical feedback, 5-6<br />

capacitively-loaded op amp, 7-9<br />

compensated attenuator, 7-17<br />

complex feedback networks, 3-7<br />

control canonical feedback, 5-6<br />

current divider rule, 2-4<br />

current feedback amplifier, 8-2<br />

DAC current booster, 14-20<br />

DAC current sink to actuator interface, 18-19<br />

DAC current source to actuator interface, 18-17<br />

DAC deglitch, 14-17<br />

DAC voltage booster, 14-21, 14-22<br />

differential amplifier, 3-6, 3-7<br />

differential op amp, 6-8<br />

dual-supply filter, 16-47<br />

electronic canonical feedback, 5-6<br />

feedback, 5-6<br />

feedback loop broken, 6-7<br />

first-order all-pass filter, 16-44<br />

first-order high-pass filter, 16-23<br />

first-order inverting high-pass filter, 16-23<br />

first-order inverting low-pass filter, 16-13<br />

first-order low-pass filter, 16-12<br />

first-order noninverting low-pass filter, 16-14<br />

first-order passive RC low pass filter, 16-2<br />

fourth-order passive RC low pass filter, 16-3<br />

high-frequency capacitor, 17-12<br />

high-frequency inductor, 17-13<br />

high-pass filter, 3-10<br />

high-per<strong>for</strong>mance resistor, 17-11<br />

high-speed analog input drive, 13-18 to 13-22<br />

ideal current feedback amp, 9-3<br />

ideal op amp, 3-2<br />

input current, 11-10<br />

input <strong>for</strong> an RRI op amp, 18-8<br />

input <strong>for</strong> nonRRI op amp, 18-8<br />

input offset voltage, 11-9<br />

input offset voltage adjustment, 11-9<br />

input parasitic elements, 11-13<br />

inverting, 6-6, 6-7<br />

inverting current feedback amp, 8-5<br />

inverting op amp, 3-4<br />

Kirchoff’s current law, 2-3<br />

Kirchoff’s voltage law, 2-2<br />

lead-lag compensation, 7-19<br />

logic gate output, 17-21<br />

long-tailed pair, 9-2<br />

loop gain calculation, 7-9<br />

Index-2

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