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1. What is the largest deviation in Table 4.3? Would it ever be possible to find a value that is outside the stated tolerance? Why or why not? 3. Do the measured values of Table 4.3 represent the exact values of the resistors tested? Why or why not?

1. What is the largest deviation in Table 4.3? Would it ever be possible to find a value that is outside the stated tolerance? Why or why not? 3. Do the measured values of Table 4.3 represent the exact values of the resistors tested? Why or why not?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1. What is the largest deviation in Table 4.3? Would it ever be possible to find a value that is outside the stated tolerance? Why or why not?

3. Do the measured values of Table 4.3 represent the exact values of the resistors tested? Why or why not?

4,8452 5,355 5,010 1.161. 5,100 N @f S % 22,000 Q @ ±5_ % 20,900n 23,100L 21,300 3.181. 6. -1.21*1. 31,3502 34,65o 33,400 44,6501 49,3502 45,600 48,4SOL 53,550 50,100 95,000.2 105,000 91,200 7 33,000 N@±S % 2.98.1. 8 41,0000 @ ±S % 1.76'1. 51,000 n @±S % 2.8.1. 10 100,000_ N @ ±5 % COMPUTATIONS: O l0.05) ( ,000) - 50 Min= 1000 - 50 = gso Max = 1000 † SO = 1,050 2(0.05)(2.200) = 110 Min 2,200 - l10 = 2,090 Max= 2,200 t 110 = 2,316 O co.05)3,300) = 165 Min= 3, 300 -165=3,135 %3D Max = 3,300 + 165=3465 %3D (4) (6-05)(4,100) = 235 Min = 4100 - 235 = 4,165 Max = 4 100 f 235 =4,935 %3D 5 l0-05) (5, 100) = 255 Min=5,100-255= 4845 Max = S, 100 + 253=5355 9 (0.05) (51,0o0) = 2, 550 Min= 51,000- 2,5so = 48,450 Max= S1,000 t 2, 550= 53, S50 6) Co.os) ( 22,0o0)= 1, 100 Min= 22, 00 - 1,100 = 20,900 Max = 22,000 t ,100= 23,100 %3D Đ(0.05)3,00a) = 1650 Min= 33,006 - 1,650 = 31,350 Max = 33,000 + 1,650 = 34,650 10) Co.0s) (100,000) = 5,006 Min = lo0,000- 5,000 = 95,000 Max= 100,000 +5,000 = 105,000 (8) L0.05)(4t, 000) = 2350 Min= 47,000- 2,350= 44,650 Max=D41,000 + 2,350 = 49,350 5
Transcribed Image Text:4,8452 5,355 5,010 1.161. 5,100 N @f S % 22,000 Q @ ±5_ % 20,900n 23,100L 21,300 3.181. 6. -1.21*1. 31,3502 34,65o 33,400 44,6501 49,3502 45,600 48,4SOL 53,550 50,100 95,000.2 105,000 91,200 7 33,000 N@±S % 2.98.1. 8 41,0000 @ ±S % 1.76'1. 51,000 n @±S % 2.8.1. 10 100,000_ N @ ±5 % COMPUTATIONS: O l0.05) ( ,000) - 50 Min= 1000 - 50 = gso Max = 1000 † SO = 1,050 2(0.05)(2.200) = 110 Min 2,200 - l10 = 2,090 Max= 2,200 t 110 = 2,316 O co.05)3,300) = 165 Min= 3, 300 -165=3,135 %3D Max = 3,300 + 165=3465 %3D (4) (6-05)(4,100) = 235 Min = 4100 - 235 = 4,165 Max = 4 100 f 235 =4,935 %3D 5 l0-05) (5, 100) = 255 Min=5,100-255= 4845 Max = S, 100 + 253=5355 9 (0.05) (51,0o0) = 2, 550 Min= 51,000- 2,5so = 48,450 Max= S1,000 t 2, 550= 53, S50 6) Co.os) ( 22,0o0)= 1, 100 Min= 22, 00 - 1,100 = 20,900 Max = 22,000 t ,100= 23,100 %3D Đ(0.05)3,00a) = 1650 Min= 33,006 - 1,650 = 31,350 Max = 33,000 + 1,650 = 34,650 10) Co.0s) (100,000) = 5,006 Min = lo0,000- 5,000 = 95,000 Max= 100,000 +5,000 = 105,000 (8) L0.05)(4t, 000) = 2350 Min= 47,000- 2,350= 44,650 Max=D41,000 + 2,350 = 49,350 5
DATA TABLES Table 4.1 RESISTORS Band 1 Band 2 Band 3 Band 4 Value BROWN BLACK RED GOLD IK2土57. 1 RED RED RED GOLD 2K2 Q£5%. 2 RED GOLD 3K32£51. 3 ORANGE ORANGE YELLOW VIOLET RED GOLD 4 GREEN BROWN RED GOLD RED RED ORANGE GOLD 22KL£5%. 6. ORANGE ORANGE GOLD 33KSLI51. 7 ORANGE YELLOW VIOLET ORANGE GOLD 47KAI5%. 8 9. GREEN BROWN ORANGE GOLD BROWN BLACK YELLOW GOLD 100KSLES%. 10 Table 4.2 Range Resistor Colors Nominal Tolerance Minimum Maximum BROWN-BLACK-RED-GOLD £51. g5oL1,050 1 1,000 2,2002t5:1. 151. RED- RED-RED-GOLD 2,090L 2,310 2 2 3,135SL 3,4652 4,465-2 4,9352 1 5'1. 3 ORANGE-ORANGE -RED -GOLD3,3002|I5%. YELLOW- VIOLET-RED-GOLD 4,100L | 15 I. £5'1. GREEN- BROWN-RED-GOLD 5, 100 - 5%. 4,8452 5,355 SL RED-RED-ORANGE-GOLD 22,000 SLI5%. 20,9002 23,100-2 f51. 31,350n 34,65052 7 ORANGE-ORANGE-ORANGE-GOLD 33,000L f S%. YELLOW-VIOLET-ORANGE-GOLD|47,000L | I 5%. 44,650249,3502 GREEN-BROWN-ORANGE-GOLD 51,000 |I5 1. 48,4502 53, 5502 BROWN-BLACK-YELLOW-GOLD100,000 25%. 95,0002 105,00 10 Table 4.3 Resistors Value Minimum Maximum Measured Deviation 1,000 n @ I5 % 1,05052|916 2.41. 950 L 2,090 2,310sh2,1002 4.55%. 3, 13SL 3,465 3,18052 1 2 2,200 0 @ ts % 3,300 @ ES % 3.64 %. 3 4, t000 @ ts % 4,4655 4,9352 4,550 2 3.191. 4 5 6, 8.
Transcribed Image Text:DATA TABLES Table 4.1 RESISTORS Band 1 Band 2 Band 3 Band 4 Value BROWN BLACK RED GOLD IK2土57. 1 RED RED RED GOLD 2K2 Q£5%. 2 RED GOLD 3K32£51. 3 ORANGE ORANGE YELLOW VIOLET RED GOLD 4 GREEN BROWN RED GOLD RED RED ORANGE GOLD 22KL£5%. 6. ORANGE ORANGE GOLD 33KSLI51. 7 ORANGE YELLOW VIOLET ORANGE GOLD 47KAI5%. 8 9. GREEN BROWN ORANGE GOLD BROWN BLACK YELLOW GOLD 100KSLES%. 10 Table 4.2 Range Resistor Colors Nominal Tolerance Minimum Maximum BROWN-BLACK-RED-GOLD £51. g5oL1,050 1 1,000 2,2002t5:1. 151. RED- RED-RED-GOLD 2,090L 2,310 2 2 3,135SL 3,4652 4,465-2 4,9352 1 5'1. 3 ORANGE-ORANGE -RED -GOLD3,3002|I5%. YELLOW- VIOLET-RED-GOLD 4,100L | 15 I. £5'1. GREEN- BROWN-RED-GOLD 5, 100 - 5%. 4,8452 5,355 SL RED-RED-ORANGE-GOLD 22,000 SLI5%. 20,9002 23,100-2 f51. 31,350n 34,65052 7 ORANGE-ORANGE-ORANGE-GOLD 33,000L f S%. YELLOW-VIOLET-ORANGE-GOLD|47,000L | I 5%. 44,650249,3502 GREEN-BROWN-ORANGE-GOLD 51,000 |I5 1. 48,4502 53, 5502 BROWN-BLACK-YELLOW-GOLD100,000 25%. 95,0002 105,00 10 Table 4.3 Resistors Value Minimum Maximum Measured Deviation 1,000 n @ I5 % 1,05052|916 2.41. 950 L 2,090 2,310sh2,1002 4.55%. 3, 13SL 3,465 3,18052 1 2 2,200 0 @ ts % 3,300 @ ES % 3.64 %. 3 4, t000 @ ts % 4,4655 4,9352 4,550 2 3.191. 4 5 6, 8.
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