By Robert Pease
Newnes has labored with Robert Pease, a pace-setter within the box of analog layout to choose the superior design-specific fabric that we have got to provide. The Newnes portfolio has constantly been be aware of for its functional no nonsense process and our layout content material is in line with that culture. This fabric has been selected in response to its timeliness and timelessness. Designers will locate idea among those covers highlighting simple layout options that may be tailored to state-of-the-art most well liked expertise in addition to layout fabric particular to what's occurring within the box this day. As an further bonus the editor of this reference tells you why this can be very important fabric to have to be had invariably. A library needs to for any layout engineers in those fields.
*Hand-picked content material chosen by way of analog layout legend Robert Pease
*Proven most sensible layout practices for op amps, suggestions loops, and every kind of filters
*Case histories and layout examples get you off and operating in your present undertaking
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Extra resources for Analog Circuits (World Class Designs)
C om Review of Feedback Systems 15 Parenthetical Comment on Some Interesting Feedback Loops The inquisitive student may wonder whether a system that has a loop transmission magnitude greater than unity where the loop transmission angle is Ϫ180° can be stable or not. In using the gain margin/phase margin test, we look at the frequency at which the magnitude drops to unity, and we don’t concern ourselves with other frequencies. By example, we’ll show next that a system that has a loop transmission magnitude greater than unity where the loop transmission angle is Ϫ180° can be stable.
If there were an error, the integrator would forever integrate to inﬁnity. Hence, there must be zero DC error. w ww. T . ϭ ⎜⎜ Ϫ10 2 ⎜⎝ 10 s ϩ 10Ϫ6 s ϩ 1 ⎟⎟⎠ ⎜⎜⎝ s ⎟⎟⎠ [1-29] Plotting this loop transmission magnitude and phase yields some interesting results, as shown in Figure 1-27. 5 ms. The resultant step response of the closed-loop system is shown in Figure 1-28. Things look OK except for the oscillatory behavior on the rising edge. What’s going on here? The Bode plot of the loop transmission phase and magnitude tells the story.
828 deg. 8615e ϩ 005 rad/sec) 100 50 0 Ϫ50 Ϫ100 Ϫ150 101 102 103 104 105 106 Frequency (rad/sec) Figure 1-18: Phase margin and bandwidth calculation for gain of ؉1 op-amp circuit. 2 ϫ10Ϫ5 Figure 1-19: Step response for gain of ؉1 ampliﬁer. Example 1-2: Gain of ؉10 ampliﬁer What is the bandwidth and risetime when this same op-amp is conﬁgured as a gain of ϩ10 ampliﬁer? The gain of ϩ10 op-amp circuit is shown in Figure 1-20a, and the block diagram is shown in Figure 1-20b. 1. T . 1 R (a) (b) Figure 1-20: Gain of ϩ10 op-amp circuit.