For example an orange third band with a digit value of 3 would indicate a multiplier of 103, though you can also just think of this as telling you to stick 3 zeros on the end'.
![resistor color code 5 bands resistor color code 5 bands](https://i0.wp.com/www.learnabout-electronics.org/Resistors/images/resistor_6_band_code.gif)
So according to the formula the resistance will be: 16 * 100 = 1600 Ohms or 1.6K Ohms with 5% tolerance. The color of the band determines the power of 10 you need to multiply the first two resistor digits by. Let’s take an example of a 4-band resistor with the colors given in the above image (brown, blue, red and gold). ‘ d’ represents the 4 th significant digit, which is the fourth band color of resistor and this is the tolerance value. ‘ c’ represents the 3 rd significant digit, which is the third band color of resistor and this is the multiplier value. Even though advanced resistance measuring devices are available in today’s market, the color code. The value of the resistance of resistor depends on the type of application it is employed for. As we know that resistor is a basic component and we can find it in any electronic circuit. ‘ b’ represents the 2 nd significant digit, which is the second band color of resistor. 4, 5, 6 Band Resistor Color Code Calculator by Elprocus. ‘ a’ represents the 1 st significant digit, which is the first band color of resistor. Just have a look to the resistor color code chart below and see the calculations, how the resistance value is calculated according to this chart.Ĭalculating resistance for a 4-band resistor To calculate the resistance of a resistor, you can select the appropriate color bands in the above resistor color code calculator. A resistor is identified by its pattern of color of bands. Resistors come in many shapes and sizes this tool is used to decode information for color banded axial lead resistors.