1) Taking base current into account, determine the value of I copy in each circuit depicted in Fig1. Normalize the error to nominal value of Icopy.REFVccAEVccQREFFigure 1- aI copy5AEREF12Q₁copyQ25AE2AEЗАЕQREFFigure 1-b

Step 1: Step 2: Step 3: Step 4:

Answered: 1) Taking base current into account,…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Q44) In the STM diagram fragment below, we see five transitions marked with italic letters. Which option cannot have a guard condition added? dev2/x=x+1 A. a B. b C. c D. d E. e b a/beh Ev1/beh с e
1.42 Figure P1.42 shows the circuit of an N-bit DAC. Each of the N bits of the digital word to be converted controls one of the switches. When the bit is 0, the switch is in the position labeled 0; when the bit is 1, the switch is in the position labeled 1. The analog output is the current io. Vref is a constant reference voltage. ref 2R 4R 8R 2NR (a) Show that Vt (b,, b, ref ... R 21 22 2N (b) Which bit is the LSB? Which is the MSB? (c) For Vref = 10 V, R = 10 k2, and N = 8, find the maximum value of io obtained. What is the change in io resulting from the LSB changing from 0 to 1?
2)Convert 11011010100100012 to hexadecimal. A)895B B)CA11 C)53AC1 D)DA91
A counter circuit is shown in the figure. The counter counts as Q1 QO Vpn J Clock K K O a. QOQ1: 00 --> 01 --> 10 -->11 --> 00 O b. QOQ1: none of these O c. Q0Q1: 11 --> 00 --> 10 --> 01 --> 11 O d. QOQ1: 11 --> 01 --> 10 --> 00 --> 11 lo. lo.
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Digit keys 9 +5 V 1 kn For switch bounce Q >T OS ā 1p-20 ms Pull-up resistor for each input 74LS147 decimal- to-BCD encoder CLEAR 03 MSB ā₂ Q. LSB X CLR X o CLK 21 kn ΚΩ +5 V J CLK K Y CLA To CLR inputs of Q₂-Q₁1 J PRE CLK K Z D CLK D Q. 10 CLK D CLK D CLK D D D D D D To decoder/drivers and displays Q₁₁ BCD code for MSD D Q₂ Q₂ CLK CLK Q₁ CLK Q₁ CLK CLK Q₂ CLK Q₁ CLK Qo CLK Second MSD LSD The keyboard circuit of is designed to accept a three digit decimal number. What would happen if four digit keys were activated (e.g., 3095)? Design the necessary logic to be added to this circuit so that after three digits have been entered, any additional digits will be ignored until the CLEAR key is depressed. In other words, if 3095 is entered on the keyboard, the output registers will display 309 and will ignore the 5 and any subsequent digits until the circuit is cleared.
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1.17 Test data from four components are given below. Each test consists of a complete traversal from an input value of 0 to an input value of 25. The data are listed in the order in which the traversal was made. Plot the data from each test on an input/output graph with the input on the horizontal axis and the output on the vertical axis. Use ar- rows to show the direction of traversal. 1.18 Identify all nonlinearities exhibited by each compo- nent in Exercise 1.17. Component 1 Input 0 5 10 15 20 25 20 15 10 50 Output 0 16 38 62 84 100 84 62 38 16 0 Component 2 Input 0 5 10 15 20 25 20 15 10 50 Output 0 18 36 56 78 100 82 64 44 22 0 Component 3 Input 0 6 10 15 20 22 25 19 15 10 5 30 Output 10 10 30 55 80 90 90 90 70 45 20 10 10 Component 4 Input 0 6 10 15 20 22 25 19 15 10 5 3 0 Output 10 10 27 50 78 90 90 90 73 50 22 10 10
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1) Taking base current into account, determine the value of I copy in each circuit depicted in Fig 1. Normalize the error to nominal value of Icopy. REF Vcc AE Vcc QREF Figure 1- a I copy 5AE REF 12 Q₁ copy Q2 5AE 2AE ЗАЕ QREF Figure 1-b