Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Draw in Table 3 the circuit schematic of each segment using the basic logic gates in kmap

Transcribed Image Text:k-map for segment "a" k-map for segment "b" k-map for segment "c" AB AB AB ĀB AB AB AB ĀB AB AB AB ĀB 1 1 1 1 1 1 1 C lo 1 1 SOP equation: b= AC+AB SOP equation: C=AB+ĀB C SOP equation: a= C+B k-map for segment "d" k-map for segment "e" k-map for segment "f" AB AB AB ĀB АВ | АВ АВ | АВ AB AB AB ĀB 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 SOP equation SOP equation E=AB+BC+A B C SOP equation F= B +AC D=1 k-map for segment AB AB AB ĀB SOP equation G= ĀB C+A B C
[画像:Having the SOP equation for each segment, we are going to construct the logic circuit for each segment. 9. For each SOP equation in Table 2, list in Table 3 the basic logic gates that are required to build the logic circuit. Remember that AND gate is used for multiplication, OR gate is used for addition, and NOT gate is used for inversion. Here is the code reference for some of the basic gates B 74LSO8 = 2-input AND gate (quad) B 74LS32 = 2-input OR gate (quad) E 74LS04 = NOT gate (hex) E 74LS11 = 3-input AND gate (triple) E 74LS00 = 2-input NAND gate (quad) B 74LSO2 = 2-input NOR gate (quad) 8 74LS86 = 2-input XOR gate (quad) a 747266 = 2-input XNOR gate (quad) E 74LS133 = 13-input NAND gate (single) 10. Draw in Table 3 the circuit schematic of each segment using the basic logic gates in step7 Segment Basic logic gates needed Circuit Schematic According to SOP equation in Table 2 a b d e f Table 3 - Logic gates needed for each segment of a 7-segment display bo ]
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Transcribed Image Text:Having the SOP equation for each segment, we are going to construct the logic circuit for each segment. 9. For each SOP equation in Table 2, list in Table 3 the basic logic gates that are required to build the logic circuit. Remember that AND gate is used for multiplication, OR gate is used for addition, and NOT gate is used for inversion. Here is the code reference for some of the basic gates B 74LSO8 = 2-input AND gate (quad) B 74LS32 = 2-input OR gate (quad) E 74LS04 = NOT gate (hex) E 74LS11 = 3-input AND gate (triple) E 74LS00 = 2-input NAND gate (quad) B 74LSO2 = 2-input NOR gate (quad) 8 74LS86 = 2-input XOR gate (quad) a 747266 = 2-input XNOR gate (quad) E 74LS133 = 13-input NAND gate (single) 10. Draw in Table 3 the circuit schematic of each segment using the basic logic gates in step7 Segment Basic logic gates needed Circuit Schematic According to SOP equation in Table 2 a b d e f Table 3 - Logic gates needed for each segment of a 7-segment display bo
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