The silver represents tolerance value

The electronic color code is used to indicate the values or ratings of electronic band D if present, indicates tolerance of value in percent (no color means 20%) The other end of the resistor was colored gold or silver to give the tolerance,  A resistor colored Blue-Brown-Green-Silver-Blue would be 6.15 Ω with a tolerance of +/- 0.25%. Preferred Values or E-series. To make mass manufacturing of  The first 4 bands make up the resistance nominal value. silver – .01 The fourth band is the tolerance and represents the worst case variation one might 

The last or fourth band is usually gold or silver. The fourth band represents the tolerance value of the resistor and is a percentage indicating the range over  If there are only 3 colored bands, then there isn't a tolerance value for that resistor The tolerance of a resistor may also be represented by a gold or silver band. resistance value (two significant digits followed by number of zero's), 4th band represents the tolerance. Values from multiplier is silver). E-96, E-192. 4 Jul 2018 The values of the resistance is color coded on resistor body, this is The gold or silver ring on resistor represents the tolerance of the resistor.

The resistance value, tolerance, and wattage rating are generally printed onto the rings or bands in spectral order representing each digit of the resistors value. is only slightly better because it includes the tolerance bands of Gold, Silver, 

Tolerance refers to the range of variation between the true value of the resistor and its design specifications. If there is no silver or gold band, the band closest to one of the leads will be considered the first one. A gold band represents a tolerance of +/-5%, and a silver band represents a tolerance of +/-10%. A 220 Ω resistor has a silver tolerance band. Tolerance = value of resistor x value of tolerance band = 220 Ω x 10% = 22 Ω; 220 Ω stated resistance +/- 22 Ω tolerance means that the resistor could range in actual value from as much as 242 Ω to as little as 198 Ω. Also gold and silver are used primarily for tolerance and resistor values of less than 10 ohms (ie. "Yellow-Violet-Gold-Silver" represents 4+7,(x0.1),+10%, or a 4.7 Ohm resistor with 10% tolerance). The most popular resistor values used are rounded decimal (ie. Silver was used as a method of exchange (in the form of bars and other shapes) as early as the 1900s B.C. during the life of Abraham (Genesis 13:1 - 2). It was used, especially among common people, as a means to buy and sell goods far more frequently than gold. Putting this in other words, the value of the third band (the multiplier) is the number 10 raised to the power of the color code. For example, red in the third band is 10² or 100. This third band also has 2 new colors where gold = .1 and silver = .01. The 4th band is the resistor's tolerance and shows how precisely the resistor was Value or Price of a Servant In the scriptures there is a close correlation between the metal, silver, and the subject of redemption. Also, the scriptures give us the value of a servant in terms of shekels of silver. Resistor color code chart. The chart below shows how to determine the resistance and tolerance for resistors. The table can also be used to specify the color of the bands when the values are known.

Value or Price of a Servant In the scriptures there is a close correlation between the metal, silver, and the subject of redemption. Also, the scriptures give us the value of a servant in terms of shekels of silver.

This means that the resistor is within 5% plus or minus of the marked value. A silver 4 th color band indicates a 10% tolerance. The first three bands determine   The color of the first band indicates the value of the first significant digit. The third color band represents a decimal multiplier by which the first two digits must be multiplied In this example, the color silver indicates a tolerance of 10 percent. In some circuit diagrams, a value such as 8 or 120 represents a resistance in ohms. Silver = "divide by 100" to get values 0R1 (one tenth of an ohm) to 0R82 used are the resistors of the E12 series, and have a tolerance value of 5%. Do you know the meaning of resistor color code charts and how to read resistor color Amongst metals silver, copper and aluminium are very good conductors. 10,000 ohms or 10 K-ohms plus the last line shows the tolerance of the resistor   The first two bands of the resistor represent the first and second significant Consequently, any value between 950 and 1050 ohm is within the tolerance What is the ohmic value of a resistor whose color code is blue, gray, gold and silver? We also discuss the tolerance band and precision resistors. Three color bands are used to represent the value because we only encode the first significant  19 Jul 2011 Resistors are found in many shapes, sizes, and values. It should have a tolerance less than 1% (brown), 2% (red), 5% (gold), or 10% (silver). Resistor tolerance is defined as the percentage difference between the measured Build the following circuit, which represents the voltage divider schematic that 

If there are only 3 colored bands, then there isn't a tolerance value for that resistor The tolerance of a resistor may also be represented by a gold or silver band.

1 Sep 2015 Suffix or fourth letter or alphabet represents the tolerance value of the by '10' and if the multiplier band is silver, divide the value by '100'. The last or fourth band is usually gold or silver. The fourth band represents the tolerance value of the resistor and is a percentage indicating the range over 

Then find the tolerance band which will be either Silver or Gold. Now starting from the Gold representing tolerance has a value of ± 5%. This means we have a 

1000 ohms = 1Kohm; silver is the tolerance band of the resistor. Silver signifies plus or minus 10%. The first three represent the value of the resistor and the fourth represents the tolerance A 220 Ω resistor has a silver tolerance band. Tolerance = value of resistor x value of tolerance band = 220 Ω x 10% = 22 Ω; 220 Ω stated resistance +/- 22 Ω tolerance means that the resistor could range in actual value from as much as 242 Ω to as little as 198 Ω.

To calculate a four band resistor value, use the middle four "drop" boxes then click The 4th band is the resistor's tolerance and shows how precisely the resistor Resistor #3 has the colors yellow violet silver meaning 4 7 ×.01 or .47 ohms  Identifying Resistor Values. understanding_component_uses_and_symbols_resistor_values_560. Band Colour, 1st Band, 2nd Band, Multiplier x, Tolerance. Silver