Micro to milli conversion
Author: s | 2025-04-24
Millis to Micros Conversion. m stands for millis and μ stands for micros. The formula used in millis to micros conversion is 1 Milli = 1000 Micro. In other words, 1 milli is 1000 times bigger than a micro.
Micro to Milli ( to m) and Milli to Micro (m to ) Conversion
DevCalc Pro is now available on the Mac!Press Cmd+E for Extended mode, Cmd+N for Normal mode.Ctrl or Cmd+B, O, D or H changes number base between Bin, Oct, Dec and HexdevCalc Pro is an perfect blend of an engineering, a scientific and a programmers calculator.Unique features:• Easy number base conversion from Binary, Octal, Decimal and Hexadecimal (bin, oct, dec, hex)• Real Engineering mode allows you to display big and small numbers in human readable format• Extensive functions for Scientists and Software Developers - Rotate device to landscape mode• Swipe LCD display sideways to change color themedevCalc is designed from top to bottom developers and engineers in mind. As a hybrid scientific and programmer calculator it gives smooth blend for IT professionals, engineers and scientists as well as university students. Real Engineering Mode is an innovative input and display method, that makes engineers life easier by automatically scaling the number to a human readable format. This allows you to concentrate on the calculation rather than how to translate that to a calculator friendly format.To enter a number in Real Engineering Format even in decimal mode: Just tap on the Kilo, Mega, Giga, Milli, Micro or Nano buttons. The calculator then automatically scales the calculated numbers and displays it in the way you got used to.For example 500k * 3 automatically displayed as 1.5M. In the meanwhile devCalc Pro keeps the high precision value, therefore later on you can switch the view back to Kilo to see 1'500k, or turning the Real Millis to Micros Conversion. m stands for millis and μ stands for micros. The formula used in millis to micros conversion is 1 Milli = 1000 Micro. In other words, 1 milli is 1000 times bigger than a micro. (Correctly called "SI") The metric system is a system of measuring. It has three main units: mthe meter for lengthkgthe kilogram for masssthe second for time With those three simple measurementswe can measure nearly everything in the world! Examples: Meter The length of this guitar is about 1 meter: When unfolded this ruler measures 2 meters: Kilogram This gold bar has a mass of 1 kilogram: A dictionary also has a mass of about 1 kilogram: Second 1 second is about as long as it takes to say "one thousand one" images/clock-drag.js?w=300 Larger or Smaller But what if we want to talk about really big or really small things? Answer: we can use Metric Number Prefixes like "kilo" (a thousand) and "milli" (one thousandth) and so on Examples: something that is 1,000 meters is a "kilometer" a very short time of one thousandth of a second is a "millisecond" In fact the kilogram already uses this method, as it's a thousand grams, a kilogram.Here is a quick summary of the special prefixes: Common Big and Small Numbers Name The Number Prefix Symbol trillion 1,000,000,000,000 tera T billion 1,000,000,000 giga G million 1,000,000 mega M thousand 1,000 kilo k hundred 100 hecto h ten 10 deka da unit 1 tenth 0.1 deci d hundredth 0.01 centi c thousandth 0.001 milli m millionth 0.000 001 micro µ billionth 0.000 000 001 nano n trillionth 0.000 000 000 001 pico p Examples: A thousand meters is a kilometer and abbreviated km (k for kilo, m for meter) A million liters is a megaliter and abbreviated ML A millionth of a second is a microsecond and abbreviated µs (µ is the greek symbol "mu") These prefixes are used for computers too! A megabyte (MB) is a million bytes, a gigabyte (GB) is a billion bytes, etc. How to remember? For large values (each one a thousand times bigger) say: "kilo mega giga tera" And for small values (each one a thousand times smaller) say: "milli micro nano pico" Try saying them both a few times, they sort of rhyme and become easy to remember. Making Other Units We can also combine the meter, kilogram and second to make new Units of Measurement! Example: Speed Speed is how far something moves over a period of time So it can be measured in meters per second It means: How many meters does something travel in one second We can write it as meters/second, or more simply m/s Here are a few common units that are based on the meter, kilogram and second: Area Square Meter Area is length by length, so the basic unit of area is a square that is 1 meter on each side,Comments
DevCalc Pro is now available on the Mac!Press Cmd+E for Extended mode, Cmd+N for Normal mode.Ctrl or Cmd+B, O, D or H changes number base between Bin, Oct, Dec and HexdevCalc Pro is an perfect blend of an engineering, a scientific and a programmers calculator.Unique features:• Easy number base conversion from Binary, Octal, Decimal and Hexadecimal (bin, oct, dec, hex)• Real Engineering mode allows you to display big and small numbers in human readable format• Extensive functions for Scientists and Software Developers - Rotate device to landscape mode• Swipe LCD display sideways to change color themedevCalc is designed from top to bottom developers and engineers in mind. As a hybrid scientific and programmer calculator it gives smooth blend for IT professionals, engineers and scientists as well as university students. Real Engineering Mode is an innovative input and display method, that makes engineers life easier by automatically scaling the number to a human readable format. This allows you to concentrate on the calculation rather than how to translate that to a calculator friendly format.To enter a number in Real Engineering Format even in decimal mode: Just tap on the Kilo, Mega, Giga, Milli, Micro or Nano buttons. The calculator then automatically scales the calculated numbers and displays it in the way you got used to.For example 500k * 3 automatically displayed as 1.5M. In the meanwhile devCalc Pro keeps the high precision value, therefore later on you can switch the view back to Kilo to see 1'500k, or turning the Real
2025-04-23(Correctly called "SI") The metric system is a system of measuring. It has three main units: mthe meter for lengthkgthe kilogram for masssthe second for time With those three simple measurementswe can measure nearly everything in the world! Examples: Meter The length of this guitar is about 1 meter: When unfolded this ruler measures 2 meters: Kilogram This gold bar has a mass of 1 kilogram: A dictionary also has a mass of about 1 kilogram: Second 1 second is about as long as it takes to say "one thousand one" images/clock-drag.js?w=300 Larger or Smaller But what if we want to talk about really big or really small things? Answer: we can use Metric Number Prefixes like "kilo" (a thousand) and "milli" (one thousandth) and so on Examples: something that is 1,000 meters is a "kilometer" a very short time of one thousandth of a second is a "millisecond" In fact the kilogram already uses this method, as it's a thousand grams, a kilogram.Here is a quick summary of the special prefixes: Common Big and Small Numbers Name The Number Prefix Symbol trillion 1,000,000,000,000 tera T billion 1,000,000,000 giga G million 1,000,000 mega M thousand 1,000 kilo k hundred 100 hecto h ten 10 deka da unit 1 tenth 0.1 deci d hundredth 0.01 centi c thousandth 0.001 milli m millionth 0.000 001 micro µ billionth 0.000 000 001 nano n trillionth 0.000 000 000 001 pico p Examples: A thousand meters is a kilometer and abbreviated km (k for kilo, m for meter) A million liters is a megaliter and abbreviated ML A millionth of a second is a microsecond and abbreviated µs (µ is the greek symbol "mu") These prefixes are used for computers too! A megabyte (MB) is a million bytes, a gigabyte (GB) is a billion bytes, etc. How to remember? For large values (each one a thousand times bigger) say: "kilo mega giga tera" And for small values (each one a thousand times smaller) say: "milli micro nano pico" Try saying them both a few times, they sort of rhyme and become easy to remember. Making Other Units We can also combine the meter, kilogram and second to make new Units of Measurement! Example: Speed Speed is how far something moves over a period of time So it can be measured in meters per second It means: How many meters does something travel in one second We can write it as meters/second, or more simply m/s Here are a few common units that are based on the meter, kilogram and second: Area Square Meter Area is length by length, so the basic unit of area is a square that is 1 meter on each side,
2025-04-08DevCalc Pro is an perfect blend of an engineering, a scientific and a programmers calculator.Unique features:• Easy number base conversion from Binary, Octal, Decimal and Hexadecimal (bin, oct, dec, hex)• Real Engineering mode allows you to display big and small numbers in human readable format• Extensive functions for Scientists and Software Developers - Rotate device to landscape mode• Swipe LCD display sideways to change color themedevCalc is designed from top to bottom developers and engineers in mind. As a hybrid scientific and programmer calculator it gives smooth blend for IT professionals, engineers and scientists as well as university students. Real Engineering Mode is an innovative input and display method, that makes engineers life easier by automatically scaling the number to a human readable format. This allows you to concentrate on the calculation rather than how to translate that to a calculator friendly format.To enter a number in Real Engineering Format even in decimal mode: Just tap on the Kilo, Mega, Giga, Milli, Micro or Nano buttons. The calculator then automatically scales the calculated numbers and displays it in the way you got used to.For example 500k * 3 automatically displayed as 1.5M. In the meanwhile devCalc Pro keeps the high precision value, therefore later on you can switch the view back to Kilo to see 1'500k, or turning the Real Engineering Mode completely off by tapping on the "k" button again to see all the decimal digits (1'500'000). Try this new and unique feature out and tell us your story how you use Real Engineering Mode.One of the great examples is to calculate Ohm’s law in electronics: You are looking for a resistor value for 5V and 3mA, so you type: 5 / 3m and you will see 1.67k on the screen (1.67 kilo-Ohm).
2025-04-22Login for Software/Firmware Downloads Winding Resistance Ohmmeter Part Number(s) Download Links This product is no longer in production. Auto Current Ranging from 10 MA to 10 AmpsDigital Resistance Reading from 1 micro-ohm to 2,000 ohmsAuto discharge circuit for operator safetyWeighs less than 27 lbs. WRM-10 Cables Cable Part Number [8000-0084] DC Current Cable (I) [ 50' (15.24m) ] 8000-0084 [8000-0087] V1 Sense Cable [ 50' (15.24m) ] 8000-0087 [8000-0083] V2 Sense Cable [ 50' (15.24m) ] 8000-0083 WRM-10 Technical Specifications TYPE Portable transformer winding resistance meterPHYSICAL SPECIFICATIONS 16.8”W x 12.6”H x 10.6”D (42.6 cm x 32.0 cm x 27 cm); Weight: 27 lbs (12.2 kg)INPUT POWER 100 – 120 Vac or 200-240 Vac (factory pre-set), 50/60 HzRESISTANCE READING RANGE 1 micro-ohm – 2,000 ohmsACCURACY 1 – 19,999 micro-ohms: ±0.5% reading, ±1 count; 20 – 999 milli-ohms: ±1% reading, ±1 count; 1 – 2,000 ohms: ±1.5% reading, ±1 countTEST VOLTAGE 36 Vdc maxTEST CURRENT RANGE Auto range, 10 Amperes maxDISPLAY Back-lit LCD Screen (16 characters by 2 lines); viewable in bright sunlight and low-light levelsCONTROL Single “turn-and-push” knobCOMPUTER INTERFACE RS-232C port (19,200 baud) used for factory calibration and diagnosticsSAFETY Designed to meet IEC61010 (1995), UL61010A-1, CSA-C22.2 standardsENVIRONMENT Operating: -10˚C to 50˚ C (15˚F to +122˚ F); Storage: -30˚ C to 70˚ C (-22˚F to +158˚ F)CABLES Three 50-foot test cables, ground cable, power cord and cable bagOPTIONS Transportation caseWARRANTY One year on parts and laborSpecifications are valid at nominal voltage and ambient temperature of +25˚C (+77˚F). Last updated on February 16, 2009
2025-04-22