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Resistor five band color code

Select the number of bands, then their colors to determine the value and tolerance of the resistors or view all . This tool is used to decode information for color banded axial lead resistors. Resistor color code calculator 1st Band Color: More commonly, there are five-band resistors that are more precise due to a third significant figure. 'b' represents the 2  . Calculating resistance for a 5-band resistor Where,. 'a' represents the 1st significant digit, which is the first band color of resistor. So according to the formula the resistance will be: * 1 = Ohms with 5% tolerance. ‘ e’ represents the 5 th significant digit, which is the fifth band color of resistor and this is the tolerance value of resistor. Let’s take an example of a 5-band resistor with the colors given in the above image (brown, green, red, black and gold). (1) First of all, we need to know which is the first digit. Look at the picture below. Resistor color code table After mastering the above table, now we will learn how to read the 5-band resistor. The values of color bands will be like this: Green = 5, Brown = 1, Violet = 7, Black = , Gold = 5%, Orange = 15ppm. (Image credit: Tom's Hardware) The first significant figure is red, and using the decoder, we can see that . Jun 25,  · Here is a five band Ohm resistor and its resistor color code. · The second band gives the second. How to read 5 band resistor color code · The first band indicates the first digit in the numerical value of the resistance.

  • . Resistor Band Colors ; Red, ±2% ; Orange, ±3% ; Yellow, ±4% ; Green, ±%.
    • (1) First of all, we need to know which is the first digit. Look at the picture below. Resistor color code table After mastering the above table, now we will learn how to read the 5-band resistor. The values of color bands will be like this: Green = 5, Brown = 1, Violet = 7, Black = , Gold = 5%, Orange = 15ppm. So according to the formula the resistance will be: * 1 = Ohms with 5% tolerance. ' e' represents the 5 th significant digit, which is the fifth band color of resistor and this is the tolerance value of resistor. Let's take an example of a 5-band resistor with the colors given in the above image (brown, green, red, black and gold). Widest range of resistances & tolerances. AdCarbon Film, Wirewound, Axial Lead & Thermal Fuse, Precision & High Voltage. General Purpose, Networks/Arrays & Fusing. 0 x10, 10 %. RESISTOR COLOR CODE GUIDE. Resistor = K with a 10 % Tolerance. 5- Band Code. 2. 4- Band Code. 2 0 x 10, = , 1, = 1K. . The resistor color code calculator makes it easy to identify and select resistance and tolerance values for 4, 5, and 6 band through hole resistors. Looking at the 5-band resistor color code in the figure above, we see that from left to right, the color code is " Brown → Green → Gray → Brown → Brown ". 5-Band Resistor Color Code For 5-band resistor, the 1st to 3rd bands represent "resistance", the 4th band represents "multiplier", and the 5th band represents "resistance tolerance". To use this tool, simply click on a particular color and number and watch how the actual bands on the resistor illustration change. Our Resistor Color Code Calculator is a handy tool for reading carbon-composition resistors whether it's a 4-band, 5-band or 6-band type. Thus, instead of directly printing numbers onto the resistor, resistor color codes are used. Resistors can have 3 bands, 4 bands, 5 bands or. 24 เม.ย. resistor color code 4  . k ohm resistor color code 5 band is Red - Red - Red - Gold/Silver. 20k ohm resistor color code is Red - Black - Orange - Golden. Resistor Color Code Calculator - 4 band, 5 band, 6 band | DigiKey Electronics. The resistor color code calculator makes it easy to identify and select resistance and tolerance values for 4, 5, and 6 band through hole resistors. Select the number of bands, then their colors to determine the value and tolerance of the resistors or view all resistors Digi-Key has to offer. Instructions & Diagram Number of Bands 4 Band 5 Band 6 Band Resistor Parameters 1st Band of Color Select a Color. This tool is used to decode information for color banded axial lead resistors. · Take the third band - red. The corresponding digits are 5 and 2. This. 4 band resistor color code · Take the first two colors - green and red. 5 ส.ค. Select the color of each band on the resistor: · Black ×1 Ω · Brown ×10 Ω · Red × Ω · Orange ×1 kΩ · Yellow ×10 kΩ · Green × kΩ · Blue ×1 MΩ · Violet ×10 MΩ  . Color. The most popular mnemonic is " B ig B oys R ace O ur Y oung G irls B ut V iolet G enerally W ins" where the first letter of each word corresponds to the first letter of the color. If the color is found on the 3rd band for a 4-band type or the 4th band for a 5-band and 6-band type, then it's a multiplier. Therefore, the value of this resistor is 56 · 10 2 = 56 · = Ω. The gold band means that the resistor has a tolerance of 5%. By using the color code chart, one finds that green stands for 5 and blue for 6. The third band is the multiplier, with red representing a multiplier value of 2 (10 2). There are basically three types of color band resistors; namely, 4-, 5-, and 6-band resistors. The color helps us. This is a chart of resistor color codes. The values of color bands will be like this: Brown  . If the colors on a 5 band resistor is in this order: brown, green, red, blue and violet (as shown in figure). ABC × D ± E%. 5 Band Resistor Color Code 5 band resistors are resistors with higher precision, and they have an extra band for a 3 rd significant digit. As such, the first three bands denote the significant digits of the resistance and everything else shifts to the right, making the fourth band the multiplier and the fifth band the tolerance. Beginning from the other end, the first band and second band is yellow and violet, which gives the 1 st and 2 nd significant digit of 4 and 7 respectively. The extra third band is blue and so the 3 rd significant digit is 5. From the resistance color code chart, we obtain a tolerance value of ±1% for brown. Resistor Color Code Calculator · main · Four Bands · Five Bands: Precision · Five Bands: Military. . Band 3 – Third significant digit. Band 4 – Multiplier Band 5 – Tolerance. Resistance Value. Band 1 – First significant digit. Band 2 – Second significant digit.
  • The Ω resistor has a mulitplying factor of (Red) and a tolerance level of ±5% (Gold). The colour code was developed in the s by the Radio Manufacturers Association (RMA). A Ω resistor has a four-band colour code following a colour sequence of Brown, Black, Red and Gold. Who invented the resistor colour code?
    • So the first two color bands represents the first two digits and the third band is the number of zeros. We will start reading the resistor from the left side. Brown = 1 Black = 0 Orange = 3 (multiplier) number of zeros to add This is ohm or 10K ohm. 5-band resistors refer to a resistor with five band color codes that feature high precision. The five color bands are used to represent the. 25 ส.ค. The third band is the multiplier, with red representing a multiplier value of 2  . By using the color code chart, one finds that green stands for 5 and blue for 6. Brown = 1 Black = 0 Orange = 3 (multiplier) number of zeros to add This is ohm or 10K ohm. So the first two color bands represents the first two digits and the third band is the number of zeros. We will start reading the resistor from the left side. The color code for tolerance is as follows: If the nominal value was Ohm and the 5th band of the resistor was gold (5%) the value range would be nominal +/- 5% = to The fifth band is the tolerance and represents the worst case variation one might expect from the nominal value. Most five band resistors are. Resistors with tolerances lower than 2% are called precision resistors with the or lower tolerance resistors being more expensive. Q1) Determine the resistance of the given resistor with the given. Resistor Colour Code Examples. Color bands are used because they can be easily and cheaply printed on a small electronic component. Resistor Color-coding Color-coding is a method used to indicate the resistive value, tolerance, and temperature coefficient of resistors with low wattage rating because of their small size.