วีดีโอ

Yes Sure. Appreciate if you could place a link back. Thanks for watching.

usually you have to expose the board and find some screws there that you can turn +/- the central bias of several parameters

Error number 6

hindi ako sure kung pwede sa model na yan pero ang pagkakaalam ko basta Fluke pwede sya. karaniwan nasa user's manual kung paano iadjust. meron ka lang pipihitin na trimpot para maadjust sya. pwede mo gamitin na reference yung mas accurate na dmm mo. Salamat sa pag view ng video.

Hi Rajeev, Std error is used as a correction to compensate for the error encountered. For every error that you have, a corresponding correction factor is calculated (which is the opposite of the error). Check out my article in this post where I presented how to use the correction factor in calibration results. >> calibrationawareness.com/simple-ways-to-apply-correction-factors-in-a-calibration-certificate-if-the-exact-value-you-need-is-not-given

Calibration is a testing against a good standard per calibration manual. Adjustment is not a calibration, but can be called a cal/adjust in some cases

incorrect.

First of all, this is just a simple demonstration. Calibration may or may not include adjustment. The main point in calibration is the comparison of the std reading with the DUT reading to determine the error. Read more in this guide. Thanks... >> calibrationawareness.com/how-to-differentiate-calibration-verification-and-validation

You definitely don't understand what the calibration is if you never heard about uncertainty 🤦‍♂️

Yes, it can be, some models have service instructions for adjustment provided by the manufacturer that we can follow. Just look for the service manual.

Thank you.

Yes, there is a special cable designed for calibration with good insulation, low resistance value, and can withstand high current range.

Calibration and verification are the 2 confusing terms when implementing the calibration process. During calibration, our main purpose is to determine the accuracy of our instruments, this is done through comparison of readings to obtain the error (or to be complete, bias and measurement uncertainty). During verification, our purpose is to determine if the result of calibration has ‘passed’ or ‘failed’ based on a given tolerance limit. From these definitions, you can now determine your purpose if to ‘calibrate’ or to ‘verify’. Read more in this link>> calibrationawareness.com/how-to-differentiate-calibration-verification-and-validation Thanks for the comments.

Calibration is just comparing, not adjustment.

Nope

@@calibrationawareness7956 Interesting. It looks like I have learned something today. Thank you!

@@calibrationawareness7956 So nasaan nga yung calibration part? Nasayang oras namin e

Calibration and verification are the 2 confusing terms when implementing the calibration process. During calibration, our main purpose is to determine the accuracy of our instruments, this is done through comparison of readings to obtain the error (or to be complete, bias and measurement uncertainty). During verification, our purpose is to determine if the result of calibration has ‘passed’ or ‘failed’ based on a given tolerance limit. From these definitions, you can now determine your purpose if to ‘calibrate’ or to ‘verify’. Read more in this link>> calibrationawareness.com/how-to-differentiate-calibration-verification-and-validation

Adjustment to nominal can be a part of a calibration, but not always. If the UUT is within manufacturer's specs when compared to a lab standard (usually a 4:1 accuracy ratio) it is calibrated.

Hindi boss, personal youtube channel ko lang eto. Salamat sa panunuod.

A multimeter is always in a measure mode, it is receiving a signal from the calibrator.

internal board have some screws there thar you turn +/- to center bias of several parameters

I will upload it once I encounter it. Thanks for watching.

You are welcome! Thanks for watching kabayan.

Please visit this link >>bit.ly/multimetercalibration