![]() ![]() The HDC3022 integrated interface digital sensor features a permanent IP67 filterĪutomotive, I2C-Controlled, 6-Channel, 150mA Backlight Driver and 4-Output TFT-LCD BiasĪdvanced Semiconductor Tape-and-Reel Transport Solutions from 3Mįull array of non-conductive and static dissipative products with precision pocket designs. HDC3022/-Q1 Digital Relative Humidity Sensor U-blox's SARA-R5 series modules offer long-term device availability and provide lifetime support. Silicon Motion's single-chip solid-state drive (SSD) offers high performance and data protection TDK's power capacitors offer minimized losses at higher frequencies K78 Series Non-Isolated DC/DC Switching RegulatorĬompact Non-isolated K78 DC/DC switching regulators' high efficiency is up to 95% QHL Series Baseplate Cooled 75 W to 750 W DC-DC Convertersīaseplate-cooled 300VDC input 75W-750W DC-DC converters for distributed power architectures So according to the formula the resistance will be: 16 * 100 = 1600 Ohms or 1.6K Ohms with 5% tolerance. 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. ‘ b’ represents the 2 nd significant digit, which is the second band color of resistor. Select the number of bands, then their colors to determine the value and tolerance of the resistors. ‘ a’ represents the 1 st significant digit, which is the first band color of resistor. Most Popular Resistor Color Code Calculator This tool is used to decode information for color banded axial lead resistors. 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. You can also use Digi-Key’s calculators as a quick and easy-to-use resource and don’t forget to bookmark the page for future use.A resistor is identified by its pattern of color of bands. There are also many other useful calculators that help our customers available. Here is also the standard 4 band color chart. The Digi-Key calculator can do 4, 5 or 6 band resistors. The Resistor color code Calculator is also another tool that can help you identify the resistance of a through hole resistor on your board. *Note: The Factor of 0.7 makes allowances for external factors which can affect battery life. The calculation to find out the capacity of battery can be mathematically derived from the following formula:īattery Life in Hours (h) = Battery Capacity in Milli amp hours (mAh) / Load Current in Mill amps (mA) * 0.70 Battery life will be high when the load current is less and vice versa. The battery life or capacity can be calculated from the input current rating of the battery and the load current of the circuit. Ampere is an electrical unit used to measure the current flow towards the load. Generally, battery life is calculated based on the current rating in milli Ampere Hours, which is abbreviated as mAh. The Battery Life calculator is another one many of our customers find useful. Using the Capacitance Conversion Calculator you can convert from one value to another with the press of a button. This is where the Digi-Key calculators can come in handy. On the Digi-Key sight you will find items listed as pF(pico Farad) or ♟ (micro Farad), however in the real world you may find thing in nF(nano) or just in F. Many times we find the customer is just not looking at the right specification. Many times Digi-Key customers call in or chat looking for help finding parts with certain specifications they can not find on our site. ![]()
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