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OP AMP APPLICATIONS First Order Allpass The general form of a first order allpass filter is shown in Figure 5-64. If the function is a simple RC highpass (Figure 5-64A), the circuit will have a have a phase shift that goes from -180° at 0Hz. and 0°at high frequency. It will be -90° at ω = 1/RC. The resistor may be made variable to allow adjustment of the delay at a particular frequency. 5.80 Figure 5-64: First order allpass filters If the function is changed to a lowpass function (Figure 5-64B), the filter is still a first order allpass and the delay equations still hold, but the signal is inverted, changing from 0° at DC to −180° at high frequency. Second Order Allpass IN R1 R1 OUT C R - + IN R1 R1 OUT (A) (B) A second order allpass circuit shown in Figure 5-65 was first described by Delyiannis (see Reference 17). The main attraction of this circuit is that it only requires one op amp. Remember also that an allpass filter can also be realized as 1 – 2BP. IN R1 R3 R4 C C Figure 5-65: Second order allpass filter We may use any of the all pole realizations discussed above to build the filter, but you need to be aware of whether the BP inverts the phase or not. We must also be aware that the gain of the BP section must be 2. To this end, the DABP structure is particularly useful, since its gain is fixed at 2. Figures 5-66 through 5-81 following summarize design equations for various active filter realizations. In all cases, H, ωo, Q, and α are given, being taken from the design tables. R2 - + R C - OUT +
IN V O V IN - LOWPASS R IN OUT V O V IN Rin = = F o = C Rf Rin 1 sC R + 1 1 sC R2 + 1 Rf Ho = - Rin Rf H o = - Rin F o = 1 2π R C - + 1 2π Rf C SINGLE POLE C Rf IN OUT V O V IN Figure 5-66: Single pole filter design equations - ANALOG FILTERS FILTER REALIZATIONS HIGHPASS C IN OUT F o = sC R sC R + 1 Rf Rin R sC R1 sC R1 + 1 Rf H - o = - o = Rin F o = 1 2π R C C Rin Rf V O V IN = = - + 1 2π Rin C OUT 5.81
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OP AMP APPLICATIONS Walter G. Jung
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OP AMP APPLICATIONS H Op Amp Histor
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OP AMP APPLICATIONS
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H.2 OP AMP APPLICATIONS A final maj
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H.4 OP AMP APPLICATIONS Black's Fee
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H.6 OP AMP APPLICATIONS REFERENCES:
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H.8 OP AMP APPLICATIONS NOTES:
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OP AMP APPLICATIONS Otto Schmitt di
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OP AMP APPLICATIONS Fig. 10a of Ref
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OP AMP APPLICATIONS Karl Swartzel's
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OP AMP APPLICATIONS Naming the Op A
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OP AMP APPLICATIONS amplifier secon
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OP AMP APPLICATIONS Despite that, o
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OP AMP APPLICATIONS The Twilight Ye
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OP AMP APPLICATIONS 13. Franklin Of
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OP AMP APPLICATIONS 39. David A. Mi
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OP AMP APPLICATIONS H.28 NOTES:
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OP AMP APPLICATIONS The nucleus of
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OP AMP APPLICATIONS The second P65
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OP AMP APPLICATIONS Figure H-10 bel
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OP AMP APPLICATIONS The Many Op Amp
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OP AMP APPLICATIONS Model 45, 44 an
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OP AMP APPLICATIONS The model 50 an
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OP AMP APPLICATIONS 15. Dan Sheingo
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OP AMP APPLICATIONS H.44 NOTES:
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OP AMP APPLICATIONS Many design pri
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OP AMP APPLICATIONS connected betwe
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OP AMP APPLICATIONS The AD741— a
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OP AMP APPLICATIONS In late 1969, B
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OP AMP APPLICATIONS The OP97 best g
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OP AMP APPLICATIONS Another key poi
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OP AMP APPLICATIONS The OP27 and OP
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OP AMP APPLICATIONS Precision JFET
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OP AMP APPLICATIONS various power r
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OP AMP APPLICATIONS Released in 198
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OP AMP APPLICATIONS High Speed IC O
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OP AMP APPLICATIONS 15. Modesto Mai
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OP AMP APPLICATIONS 50. JoAnn Close
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OP AMP APPLICATIONS H.72 Classic Ca
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OP AMP APPLICATIONS
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1.2 OP AMP APPLICATIONS
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1.4 OP AMP APPLICATIONS talk in ide
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1.6 OP AMP APPLICATIONS Standard Op
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1.8 OP AMP APPLICATIONS The Inverti
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OP AMP APPLICATIONS For an ideal op
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OP AMP APPLICATIONS It is useful to
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OP AMP APPLICATIONS to normal divis
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OP AMP APPLICATIONS rail, -VS. We w
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OP AMP APPLICATIONS More recently,
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OP AMP APPLICATIONS REFERENCES: INT
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OP AMP APPLICATIONS 1.22 NOTES:
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OP AMP APPLICATIONS Current Feedbac
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OP AMP APPLICATIONS Current Feedbac
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OP AMP APPLICATIONS When transistor
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OP AMP APPLICATIONS OP113/213/413 f
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OP AMP APPLICATIONS Op Amp Input St
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OP AMP APPLICATIONS Bias Current Co
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OP AMP APPLICATIONS Bias Current Co
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OP AMP APPLICATIONS Rail-Rail Input
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OP AMP APPLICATIONS switched off at
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OP AMP APPLICATIONS Output Stages T
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OP AMP APPLICATIONS Op amps built o
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OP AMP APPLICATIONS At this point i
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OP AMP APPLICATIONS Op Amp Process
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OP AMP APPLICATIONS Chopper stabili
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OP AMP APPLICATIONS Offset Adjustme
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OP AMP APPLICATIONS Input Offset Vo
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OP AMP APPLICATIONS Extremely low i
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OP AMP APPLICATIONS Input Impedance
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OP AMP APPLICATIONS Open-Loop Gain
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OP AMP APPLICATIONS An oscilloscope
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OP AMP APPLICATIONS Op Amp Frequenc
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OP AMP APPLICATIONS depend on the p
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OP AMP APPLICATIONS approximately -
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OP AMP APPLICATIONS The Bode plot o
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OP AMP APPLICATIONS Operational Amp
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OP AMP APPLICATIONS Consider for ex
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OP AMP APPLICATIONS The general equ
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OP AMP APPLICATIONS density on the
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OP AMP APPLICATIONS leave bandwidth
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OP AMP APPLICATIONS A DC signal app
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OP AMP APPLICATIONS Op Amp Distorti
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OP AMP APPLICATIONS Common-mode rej
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OP AMP APPLICATIONS Power Supplies
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OP AMP APPLICATIONS The challenge o
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OP AMP APPLICATIONS Chopper Stabili
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OP AMP APPLICATIONS A comparison be
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OP AMP APPLICATIONS REFERENCES: PRE
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OP AMP APPLICATIONS The next comple
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OP AMP APPLICATIONS Figure 1-98 bel
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OP AMP APPLICATIONS where A is the
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OP AMP APPLICATIONS dominant pole c
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OP AMP APPLICATIONS At the dynamic
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OP AMP APPLICATIONS Now, consider a
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OP AMP APPLICATIONS The AD8011 CFB
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OP AMP APPLICATIONS Effects of Feed
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OP AMP APPLICATIONS On the other ha
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OP AMP APPLICATIONS A similar analy
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OP AMP APPLICATIONS A CFB op amp, o
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OP AMP APPLICATIONS CFB op amps gen
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OP AMP APPLICATIONS
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2.2 OP AMP APPLICATIONS In-Amp Defi
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2.4 OP AMP APPLICATIONS In general,
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2.6 OP AMP APPLICATIONS David Birt
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2.8 OP AMP APPLICATIONS IC in-amps
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2.10 OP AMP APPLICATIONS The AD627
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2.12 OP AMP APPLICATIONS As a resul
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2.14 OP AMP APPLICATIONS Under thes
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2.16 OP AMP APPLICATIONS The AD623
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2.18 OP AMP APPLICATIONS The total
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2.20 OP AMP APPLICATIONS Now that a
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2.22 OP AMP APPLICATIONS In-Amp Bri
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2.24 OP AMP APPLICATIONS In-Amp Inp
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2.26 OP AMP APPLICATIONS In-Amp A/D
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2.28 OP AMP APPLICATIONS In-Amp Rem
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2.30 OP AMP APPLICATIONS Classic Ca
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2.32 OP AMP APPLICATIONS A PGA is u
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OP AMP APPLICATIONS PGA Application
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2.36 OP AMP APPLICATIONS In practic
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2.38 OP AMP APPLICATIONS Differenti
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2.40 OP AMP APPLICATIONS switches.
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2.42 OP AMP APPLICATIONS NOTES:
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2.44 OP AMP APPLICATIONS Transforme
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2.46 OP AMP APPLICATIONS Motor Cont
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2.48 OP AMP APPLICATIONS Digital Is
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2.50 OP AMP APPLICATIONS The power
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OP AMP APPLICATIONS
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3.2 OP AMP APPLICATIONS Another key
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3.4 OP AMP APPLICATIONS It is highl
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3.8 OP AMP APPLICATIONS The first a
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3.10 OP AMP APPLICATIONS but if the
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3.12 OP AMP APPLICATIONS Calculatin
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3.14 OP AMP APPLICATIONS Quantifyin
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3.16 OP AMP APPLICATIONS Many curre
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3.18 OP AMP APPLICATIONS Total harm
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3.20 OP AMP APPLICATIONS REFERENCES
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3.22 OP AMP APPLICATIONS Although t
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3.24 OP AMP APPLICATIONS On the oth
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3.26 OP AMP APPLICATIONS Op Amp Con
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3.28 OP AMP APPLICATIONS Within the
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3.30 OP AMP APPLICATIONS Driving CM
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3.32 OP AMP APPLICATIONS circuit sh
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3.34 OP AMP APPLICATIONS A DC coupl
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3.36 OP AMP APPLICATIONS Transforme
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3.38 OP AMP APPLICATIONS A block di
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3.40 OP AMP APPLICATIONS Overvoltag
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3.44 OP AMP APPLICATIONS Note that
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3.48 OP AMP APPLICATIONS Differenti
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3.50 OP AMP APPLICATIONS A modified
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3.52 OP AMP APPLICATIONS An Active
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OP AMP APPLICATIONS
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4.2 OP AMP APPLICATIONS seem equall
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4.4 OP AMP APPLICATIONS A quite com
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4.8 OP AMP APPLICATIONS Strain gage
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OP AMP APPLICATIONS In each case, t
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4.12 OP AMP APPLICATIONS In summary
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4.14 OP AMP APPLICATIONS A much bet
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4.16 OP AMP APPLICATIONS Another ci
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4.18 OP AMP APPLICATIONS Driving Re
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4.20 OP AMP APPLICATIONS For this r
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4.22 OP AMP APPLICATIONS System off
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4.24 OP AMP APPLICATIONS A very pow
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4.28 OP AMP APPLICATIONS From equat
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4.30 OP AMP APPLICATIONS Instrument
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4.32 OP AMP APPLICATIONS Pressures
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4.34 OP AMP APPLICATIONS Another ex
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4.36 OP AMP APPLICATIONS until the
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4.40 OP AMP APPLICATIONS The equiva
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4.42 OP AMP APPLICATIONS For exampl
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4.44 OP AMP APPLICATIONS Figure 4-4
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4.46 OP AMP APPLICATIONS In the inv
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4.48 OP AMP APPLICATIONS is then al
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4.50 OP AMP APPLICATIONS Preamplifi
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4.52 OP AMP APPLICATIONS Photodiode
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4.54 OP AMP APPLICATIONS spectral d
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4.56 OP AMP APPLICATIONS Summary of
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4.58 OP AMP APPLICATIONS Since f2 i
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4.60 OP AMP APPLICATIONS The availa
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4.62 OP AMP APPLICATIONS frequency
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4.64 OP AMP APPLICATIONS To maximiz
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4.66 OP AMP APPLICATIONS down to lo
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4.70 OP AMP APPLICATIONS Resistance
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4.72 OP AMP APPLICATIONS Figure 4-6
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4.74 OP AMP APPLICATIONS Since ever
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4.76 OP AMP APPLICATIONS Type K the
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4.78 OP AMP APPLICATIONS Although t
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4.80 OP AMP APPLICATIONS To elimina
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4.82 OP AMP APPLICATIONS The thermi
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4.84 OP AMP APPLICATIONS Semiconduc
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4.86 OP AMP APPLICATIONS The voltag
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4.88 OP AMP APPLICATIONS For a grea
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4.90 OP AMP APPLICATIONS The net co
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4.92 OP AMP APPLICATIONS Classic Ca
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OP AMP APPLICATIONS
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5.2 OP AMP APPLICATIONS An ideal fi
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5.6 OP AMP APPLICATIONS ~ Figure 5-
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5.8 OP AMP APPLICATIONS Rewriting t
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5.10 OP AMP APPLICATIONS MAGNITUDE
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5.12 OP AMP APPLICATIONS Allpass Fi
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5.14 OP AMP APPLICATIONS Phase Resp
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5.16 OP AMP APPLICATIONS It is also
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5.18 OP AMP APPLICATIONS If the tim
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5.20 OP AMP APPLICATIONS because th
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5.22 OP AMP APPLICATIONS Linear Pha
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5.24 OP AMP APPLICATIONS Since the
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5.26 OP AMP APPLICATIONS Using the
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5.28 OP AMP APPLICATIONS AMPLITUDE
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Page 454 and 455: 5.40 OP AMP APPLICATIONS Figure 5-2
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Page 466 and 467: OP AMP APPLICATIONS From the design
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Page 470 and 471: OP AMP APPLICATIONS and the values
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Page 474 and 475: OP AMP APPLICATIONS Single Pole RC
Page 476 and 477: OP AMP APPLICATIONS Transmission ze
Page 478 and 479: OP AMP APPLICATIONS General Impedan
Page 480 and 481: OP AMP APPLICATIONS Frequency Depen
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Page 484 and 485: OP AMP APPLICATIONS Multiple Feedba
Page 486 and 487: OP AMP APPLICATIONS State Variable
Page 488 and 489: OP AMP APPLICATIONS Dual Amplifier
Page 490 and 491: OP AMP APPLICATIONS Bainter Notch A
Page 492 and 493: OP AMP APPLICATIONS In order for th
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Page 498 and 499: OP AMP APPLICATIONS V O V IN 5.84 +
Page 500 and 501: OP AMP APPLICATIONS 5.86 MULTIPLE F
Page 502 and 503: OP AMP APPLICATIONS 5.88 ω 0 = √
Page 504 and 505: OP AMP APPLICATIONS 5.90 STATE VARI
Page 506 and 507: OP AMP APPLICATIONS 5.92 BP OUT INP
Page 508 and 509: OP AMP APPLICATIONS V 0 V IN 5.94 I
Page 510 and 511: OP AMP APPLICATIONS 5.96 H ( s2 H (
Page 512 and 513: OP AMP APPLICATIONS GIVEN: C, R2, R
Page 514 and 515: OP AMP APPLICATIONS IN 5.100 V 0 V
Page 516 and 517: OP AMP APPLICATIONS Higher order im
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Page 520 and 521: OP AMP APPLICATIONS Limitations of
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Page 524 and 525: OP AMP APPLICATIONS The general eff
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Page 528 and 529: OP AMP APPLICATIONS Now consulting
Page 530 and 531: OP AMP APPLICATIONS Figure 5-96 sho
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Page 536 and 537: OP AMP APPLICATIONS Figure 5-104 is
Page 538 and 539: OP AMP APPLICATIONS The response of
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Page 542 and 543: OP AMP APPLICATIONS Digitally Progr
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OP AMP APPLICATIONS 5.130 AMPLITUDE
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OP AMP APPLICATIONS 5.132 AMPLITUDE
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OP AMP APPLICATIONS 21. J. R. Baint
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OP AMP APPLICATIONS
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6.2 OP AMP APPLICATIONS Microphone
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6.4 OP AMP APPLICATIONS Electret Mi
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6.6 OP AMP APPLICATIONS Since both
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6.8 OP AMP APPLICATIONS Very Low No
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OP AMP APPLICATIONS REFERENCES: MIC
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OP AMP APPLICATIONS However, gain a
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OP AMP APPLICATIONS Equalization Ne
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OP AMP APPLICATIONS It should be no
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OP AMP APPLICATIONS CEQUIV is the s
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OP AMP APPLICATIONS tool, the ideal
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OP AMP APPLICATIONS There is anothe
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OP AMP APPLICATIONS Passively Equal
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OP AMP APPLICATIONS Frequency respo
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OP AMP APPLICATIONS Audio Line Leve
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OP AMP APPLICATIONS Audio Line Rece
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OP AMP APPLICATIONS excitation volt
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OP AMP APPLICATIONS Eq. 6-13 shows
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OP AMP APPLICATIONS On the other ha
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OP AMP APPLICATIONS The R6-R7-C1 te
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OP AMP APPLICATIONS The line receiv
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OP AMP APPLICATIONS The test setup
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OP AMP APPLICATIONS Transformer-Inp
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OP AMP APPLICATIONS Nevertheless, i
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OP AMP APPLICATIONS Audio Buffers a
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OP AMP APPLICATIONS Buffer THD+N Pe
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OP AMP APPLICATIONS Capacitive Load
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OP AMP APPLICATIONS With high outpu
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OP AMP APPLICATIONS Such a stage is
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OP AMP APPLICATIONS A Wide Dynamic
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OP AMP APPLICATIONS Current Boosted
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OP AMP APPLICATIONS Composite Curre
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OP AMP APPLICATIONS The composite c
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OP AMP APPLICATIONS impedances seen
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OP AMP APPLICATIONS In a system app
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OP AMP APPLICATIONS above 1.5MHz fo
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OP AMP APPLICATIONS floating transf
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OP AMP APPLICATIONS Figure 6-63 bel
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OP AMP APPLICATIONS THD+N performan
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OP AMP APPLICATIONS 20. Per Lundahl
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OP AMP APPLICATIONS Circuits such a
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OP AMP APPLICATIONS supplies from
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OP AMP APPLICATIONS Forcing a high
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OP AMP APPLICATIONS With very high
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OP AMP APPLICATIONS Internal cap lo
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OP AMP APPLICATIONS matched transmi
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OP AMP APPLICATIONS The original bl
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OP AMP APPLICATIONS Differential Ga
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OP AMP APPLICATIONS Bandwidth Consi
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OP AMP APPLICATIONS data shows the
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OP AMP APPLICATIONS Transmission Li
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OP AMP APPLICATIONS Source-end (onl
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OP AMP APPLICATIONS Video Line Driv
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OP AMP APPLICATIONS Differential Li
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OP AMP APPLICATIONS destructive ADC
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OP AMP APPLICATIONS Therefore, and
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OP AMP APPLICATIONS Fully Integrate
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OP AMP APPLICATIONS This circuit ha
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OP AMP APPLICATIONS The AD8129 is a
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OP AMP APPLICATIONS High Speed Clam
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OP AMP APPLICATIONS worst case erro
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OP AMP APPLICATIONS High Speed Vide
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OP AMP APPLICATIONS Programmable Ga
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OP AMP APPLICATIONS Dual RGB Source
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OP AMP APPLICATIONS Single Supply V
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OP AMP APPLICATIONS A Low Distortio
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OP AMP APPLICATIONS Single-supply A
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OP AMP APPLICATIONS Single-Supply A
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OP AMP APPLICATIONS Distortion Spec
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OP AMP APPLICATIONS For a given fre
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OP AMP APPLICATIONS Noise Specifica
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OP AMP APPLICATIONS We can use thes
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OP AMP APPLICATIONS Op amp noise ha
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OP AMP APPLICATIONS Op amps also ha
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OP AMP APPLICATIONS noise due only
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OP AMP APPLICATIONS Voltage Control
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OP AMP APPLICATIONS determining fee
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OP AMP APPLICATIONS These features
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OP AMP APPLICATIONS termination res
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OP AMP APPLICATIONS Given the desir
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OP AMP APPLICATIONS In contrast to
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OP AMP APPLICATIONS Paralleled Ampl
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OP AMP APPLICATIONS Power-Down Sequ
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OP AMP APPLICATIONS The circuit acc
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OP AMP APPLICATIONS AD8037 Clamping
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OP AMP APPLICATIONS Sync Inserter U
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OP AMP APPLICATIONS If the VIN sign
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OP AMP APPLICATIONS However, in a r
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OP AMP APPLICATIONS Programmable Ga
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OP AMP APPLICATIONS A Wideband In-A
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OP AMP APPLICATIONS Cross-Coupled I
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OP AMP APPLICATIONS Multiple Op Amp
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OP AMP APPLICATIONS more than 160dB
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OP AMP APPLICATIONS The output stag
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OP AMP APPLICATIONS then simply ±6
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OP AMP APPLICATIONS Here, Q1 and Q2
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OP AMP APPLICATIONS Low noise, gain
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OP AMP APPLICATIONS Compensation fo
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OP AMP APPLICATIONS Low noise JFET
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OP AMP APPLICATIONS "Nostalgia" vac
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OP AMP APPLICATIONS
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7.2 OP AMP APPLICATIONS Capacitors
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7.4 OP AMP APPLICATIONS error volta
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7.6 OP AMP APPLICATIONS Most capaci
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7.8 OP AMP APPLICATIONS Designers s
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7.10 OP AMP APPLICATIONS full scale
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7.12 OP AMP APPLICATIONS For exampl
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7.14 OP AMP APPLICATIONS Excess noi
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7.16 OP AMP APPLICATIONS Inductance
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7.18 OP AMP APPLICATIONS mutual ind
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7.20 OP AMP APPLICATIONS The import
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7.26 OP AMP APPLICATIONS Resistance
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7.28 OP AMP APPLICATIONS scheme all
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7.30 OP AMP APPLICATIONS It is evid
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7.32 OP AMP APPLICATIONS voltage su
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7.36 OP AMP APPLICATIONS Transmissi
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7.38 OP AMP APPLICATIONS Ground Iso
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7.40 OP AMP APPLICATIONS When the f
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7.42 OP AMP APPLICATIONS parameters
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7.44 OP AMP APPLICATIONS Things bec
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7.46 OP AMP APPLICATIONS Stray Capa
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7.48 OP AMP APPLICATIONS The Floati
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7.52 OP AMP APPLICATIONS Linear IC
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7.54 OP AMP APPLICATIONS In operati
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7.56 OP AMP APPLICATIONS other ther
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OP AMP APPLICATIONS (or less). When
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7.60 OP AMP APPLICATIONS output cur
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OP AMP APPLICATIONS Regulated Outpu
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7.64 OP AMP APPLICATIONS Power Supp
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7.66 OP AMP APPLICATIONS As typical
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7.68 OP AMP APPLICATIONS Ferrites A
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7.70 OP AMP APPLICATIONS Rail bypas
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7.76 OP AMP APPLICATIONS Speaking g
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OP AMP APPLICATIONS op amps with bi
Page 840 and 841:
7.80 OP AMP APPLICATIONS CM Over-Vo
Page 842 and 843:
7.82 OP AMP APPLICATIONS offers tho
Page 844 and 845:
7.84 OP AMP APPLICATIONS the input,
Page 846 and 847:
7.86 OP AMP APPLICATIONS Input Diff
Page 848 and 849:
7.88 OP AMP APPLICATIONS resistors
Page 850 and 851:
7.90 OP AMP APPLICATIONS some in-am
Page 852 and 853:
7.92 OP AMP APPLICATIONS For the de
Page 854 and 855:
OP AMP APPLICATIONS a charged IC co
Page 856 and 857:
7.96 OP AMP APPLICATIONS IEC1000-4-
Page 858 and 859:
7.98 OP AMP APPLICATIONS For more g
Page 860 and 861:
OP AMP APPLICATIONS 17. Mike Bryne,
Page 862 and 863:
OP AMP APPLICATIONS the ambient at
Page 864 and 865:
OP AMP APPLICATIONS TJ(max) of 150
Page 866 and 867:
OP AMP APPLICATIONS 7) Do consider
Page 868 and 869:
OP AMP APPLICATIONS REFERENCES: THE
Page 870 and 871:
OP AMP APPLICATIONS EMI/RFI mechani
Page 872 and 873:
OP AMP APPLICATIONS and may also fo
Page 874 and 875:
OP AMP APPLICATIONS Passive Compone
Page 876 and 877:
OP AMP APPLICATIONS interference an
Page 878 and 879:
OP AMP APPLICATIONS Furthermore, a
Page 880 and 881:
OP AMP APPLICATIONS so a certain po
Page 882 and 883:
OP AMP APPLICATIONS Input-stage RFI
Page 884 and 885:
OP AMP APPLICATIONS This is especia
Page 886 and 887:
OP AMP APPLICATIONS Reducing RFI re
Page 888 and 889:
OP AMP APPLICATIONS The overall fil
Page 890 and 891:
OP AMP APPLICATIONS Printed Circuit
Page 892 and 893:
OP AMP APPLICATIONS Before beginnin
Page 894 and 895:
OP AMP APPLICATIONS Symmetric Strip
Page 896 and 897:
OP AMP APPLICATIONS of embedded vs.
Page 898 and 899:
OP AMP APPLICATIONS 19. Brian C. Wa
Page 900 and 901:
OP AMP APPLICATIONS model, external
Page 902 and 903:
OP AMP APPLICATIONS Input and Gain/
Page 904 and 905:
OP AMP APPLICATIONS Macromodel outp
Page 906 and 907:
OP AMP APPLICATIONS necessarily des
Page 908 and 909:
OP AMP APPLICATIONS again). The out
Page 910 and 911:
OP AMP APPLICATIONS Understand PCB
Page 912 and 913:
OP AMP APPLICATIONS or in the lab,
Page 914 and 915:
OP AMP APPLICATIONS HF decoupling p
Page 916 and 917:
OP AMP APPLICATIONS including ready
Page 918 and 919:
OP AMP APPLICATIONS Minimum trace w
Page 920 and 921:
OP AMP APPLICATIONS Evaluation Boar
Page 922 and 923:
OP AMP APPLICATIONS Some of these p
Page 924 and 925:
OP AMP APPLICATIONS 19. PSpice® Si
Page 926 and 927:
OP AMP APPLICATIONS
Page 928 and 929:
OP AMP APPLICATIONS architecture an
Page 930 and 931:
OP AMP APPLICATIONS output noise an
Page 932 and 933:
OP AMP APPLICATIONS worst harmonic,
Page 934 and 935:
OP AMP APPLICATIONS Bandgap, 3.43 B
Page 936 and 937:
OP AMP APPLICATIONS CA3140, H.61 Ca
Page 938 and 939:
OP AMP APPLICATIONS Conant, James,
Page 940 and 941:
OP AMP APPLICATIONS finite ESR, 7.6
Page 942 and 943:
OP AMP APPLICATIONS phase response,
Page 944 and 945:
OP AMP APPLICATIONS High speed curr
Page 946 and 947:
OP AMP APPLICATIONS Jensen JT-OLI-2
Page 948 and 949:
OP AMP APPLICATIONS THD+N versus fr
Page 950 and 951:
OP AMP APPLICATIONS voltage, 6.149
Page 952 and 953:
OP AMP APPLICATIONS input common mo
Page 954 and 955:
OP AMP APPLICATIONS Bode plot, 5.11
Page 956 and 957:
OP AMP APPLICATIONS selection, 4.58
Page 958 and 959:
OP AMP APPLICATIONS thermoelectric
Page 960 and 961:
OP AMP APPLICATIONS line driver, 6.
Page 962 and 963:
OP AMP APPLICATIONS voltage generat
Page 964 and 965:
OP AMP APPLICATIONS W Wadell, Brian
Page 966 and 967:
OP AMP APPLICATIONS AD812, 6.48, 6.
Page 968 and 969:
OP AMP APPLICATIONS OP177, H.57, 1.
Page 970:
OP AMP APPLICATIONS Index 44
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