HOW TO: Using Color Circulation Resistance Calculator
Software Name: Color ring resistor calculator software size: installation package is about 80KB, decompressed approximately 368 kB Licensing method: Free products: jirankinsoi, Matrikmare Developing language Microsoft Visual Basic 6 Running platform: Microsoft Windows Me / 2000 / XP / Server 2003
On Microsoft Windows 98 / NT 4 or lower version of Windows, you may need to run the MICROSOFT Visual Basic 6 Runtime Library. For questions about Microsoft Visual Basic 6 Runtime Library, please visit the Knowledge Base article
MDL974154-FILE: Microsoft Visual Basic 6 Runtime Library Ring Resistor complies with the relevant electronic product standards, which can help you quickly identify the size of the color ring resistance, and can give the resistance color loop according to the resistance value you provide. It brings you convenience. Get this software rrcalc.rar
Using color loop resistance calculator: 1 gives the distribution of the resistance rings, calculates the resistance value: you should select the four rings or five rings according to the number of colored loops in your resistance. Then select the corresponding color in the drop-down list box below. Note that the last color ring is not available, because this program currently does not provide a function related to the error value. When you choose, the corresponding color block gives a color. When you choose to complete, click the [Convert to Resistance] button to display the resistance value. 2 Give the resistance value and find the distribution of the excellent ring. You only need to enter the resistance value in the resistance value text box, then click [Convert to Resistance] buttons, the color block, and the corresponding drop-down list box will display the color ring distribution. Note: When entering the resistance value, you can use the K (Qian) M (Mid) G (Ji) and other units, the case is not sensitive. However, you cannot enter data with a decimal point. For example, query a 1.2 megaphome resistance, you should write 1200K instead of 1.2m. When your input is incorrect, if you enter a non-digital character (except K, M, G and other units), the software will refuse to calculate more than 10G ohms.
