Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- Ex. 804. A PD controller has a derivative gain of 38. What is the proportional gain if the zero is placed at s=-22? ans:1arrow_forward3. Given a 4-bit DAC with the input/output table below, with a 10V Vref. (a) What is the offset error? (b) What is the gain error?arrow_forwardv*= 5 V 1-) In the figüre for MOSFET circuit; a) R1, R2, RD1, RS1, RS2, VGS1, Vs1, VGS2, VG2 values find it. Rp1 Rị ½(knsw/L) = 0.5mA/V² ½(knzw/L) = 0.2m.A/V² Vri = Vr2 = 1.2V i, = 22 = 0 IpoI = 0.2mA Ino2 = 0.5mA VDsQI = V DsQ2 = 6V R: = 100KQ Rs Cc R. M2 C2 RL = 4 k2 R2 Rs1 Cs Rs2 Rsi = 4KQ V¯=-5 V b) Calculate the voltage gain Ri, Ro and Vo/Vi.arrow_forward
- Problem 2. Consider the LTI system defined as y[n] = 0.5y[n–1]+2x[n]+ x[n–1] Q1. Is the system stable? Causal? Q2. Determine the output signal y[n] when then the input is x[n]=u[-n]with u[n] the unit step sequence. (Recall: write the input sequence as the sum of a causal plus an anticausal sequence)arrow_forward6. The transistor parameters for the following circuit are: K₁1 = 500 μA/V2, Kn2 = 200 μA/V2, VTNI = VTN2 = 1.2 V, and 2₁ 2₂ = 0. Also Rsi=4k: Design (find only Rs2 & RD1) such that IDQ1 = 0.1 mA, IDQ2 = 0.3 mA, VDSQ1 = VDSQ2 = 5 V. = Rs ن أنه R₂ Vt=5 V M₁ RDI Rs1 Cs V=-5 V M₂ C R$2 www. -0% R₁ = 4 karrow_forward
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