ps25 - ECE - 213 Date: Fri. 7 Ari106 Problem Set No. 25...

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Unformatted text preview: ECE - 213 Date: Fri. 7 Ari106 Problem Set No. 25 Due: Mon. 10 Aril 06 1. Problem 15.2 in text. 2. (a) Design the circuit shown in Figure 15.1 to meet the following specifications: Low- frequency gain magnitude of 15 and a corner frequency of 5 kHz. Let C = l nF . (b) Find the gain magnitude at (i) f = 7.5 kHz and (ii) f = 10 kHz. (e) Determine the frequency at which the gain magnitude in unity. 3. (a) Design the circuit shown in Figure 15 .4 to meet the following specifications: High- frequency gain magnitude of 15 and a corner frequency of 10 kHz. Let R2 = 60 k9 . (b) Find the gain magnitude at (i) f = 7.5 kHz and (ii) f = 5 kHz. (0) Determine the frequency at which the gain magnitude is unity. H I WmumVMW;uh1m—.HMWMW—wm. WMWFkAufimmmmmm-q—pmv.~m w."nu-m-“..._..,._..L,...fl,._..._‘.,w...~.‘._ ...,,.,.___..‘w,vw-‘ -—-..-_.,._.. .._ pa..-“ u" ‘ v \f/ A 55 47% (M3951: \§ W5; 479 game :9 wcm: 4.)?- 9:tofl.412 fiend-143V ms” ...
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ps25 - ECE - 213 Date: Fri. 7 Ari106 Problem Set No. 25...

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