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1. Using the color coding table, determine color for the four bands of each resistor. Write the color code on the table below. Compute the lower and upper range of the ohmic Value using the tolerance value in each resistor. Color Bands 3rd Equivalent Value Ohmic 122 Resistor Upper Range Lower 1st 2nd 4th Tolerance Range 12Ω 2.2k 33k 2.2k 33k 560k 560k 1M 1M Table 1 2. Using the Analog VOM, measure the value of each resistor. Fill in the values on the table below. Vary the range(x1, x10, xlk, x10k) of the analog meter to get the most accurate result. Compute the tolerance of each resistor using the formula: Tol = |ohmic value-VOM reading x100 ohmic value Resistor Tolerance Analog VOM Reading Analog VOM Range Computed Tolerance (%) 120 2.2k 33k 560k 1M Table 2

1. Using the color coding table, determine color for the four bands of each resistor. Write the color code on the table below. Compute the lower and upper range of the ohmic Value using the tolerance value in each resistor. Color Bands 3rd Equivalent Value Ohmic 122 Resistor Upper Range Lower 1st 2nd 4th Tolerance Range 12Ω 2.2k 33k 2.2k 33k 560k 560k 1M 1M Table 1 2. Using the Analog VOM, measure the value of each resistor. Fill in the values on the table below. Vary the range(x1, x10, xlk, x10k) of the analog meter to get the most accurate result. Compute the tolerance of each resistor using the formula: Tol = |ohmic value-VOM reading x100 ohmic value Resistor Tolerance Analog VOM Reading Analog VOM Range Computed Tolerance (%) 120 2.2k 33k 560k 1M Table 2

Introductory Circuit Analysis (13th Edition)
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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1. Using the color coding table, determine color for the four bands of each resistor. Write the color code on the table below. Compute the lower and upper range of the ohmic Value using the tolerance value in each resistor. Resistor Equivalent Value Lower Color Bands Upper Tolerance Range 1st 2nd 3rd 4th Ohmic Range 120 120 2.2k 2.2k 33k 33k 560k 560k 1M 1M Table 1 2. Using the Analog VOM, measure the value of each resistor. Fill in the values on the table below. Vary the range(x1, x10, xlk, x10k) of the analog meter to get the most accurate result. Compute the tolerance of each resistor using the formula: Tol = |ohmic value-VOM reading| x100 ohmic value Resistor Tolerance Analog VOM Reading Analog VOM Range Computed Tolerance (%) 122 2.2k 33k 560k 1M Table 2
Transcribed Image Text:1. Using the color coding table, determine color for the four bands of each resistor. Write the color code on the table below. Compute the lower and upper range of the ohmic Value using the tolerance value in each resistor. Resistor Equivalent Value Lower Color Bands Upper Tolerance Range 1st 2nd 3rd 4th Ohmic Range 120 120 2.2k 2.2k 33k 33k 560k 560k 1M 1M Table 1 2. Using the Analog VOM, measure the value of each resistor. Fill in the values on the table below. Vary the range(x1, x10, xlk, x10k) of the analog meter to get the most accurate result. Compute the tolerance of each resistor using the formula: Tol = |ohmic value-VOM reading| x100 ohmic value Resistor Tolerance Analog VOM Reading Analog VOM Range Computed Tolerance (%) 122 2.2k 33k 560k 1M Table 2
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