Thanks for catching the error. You are correct, I must have forgot to hit select to put it in DC mode before taking the measurement. I don't have a meter that can measure 1GΩ using under 220 mV. We will just have to trust the manual.
I believe the app on Android requests your location, because technically using Bluetooth one can scan for other devices and using their ID/MAC one can determine your location. So thats the reason the App has to ask. - Trips up people all the time
interesting, if lowest resistance test voltage 0.6V this meter wont suit testing transistor>resistor circuits in say switch power supply unlike in UT61E it was 0.2V, 0.6V voltage would open transistor so that giving false reading.
Manual says: Input impedance: About 1GΩ for mV range, about 10MΩ for other ranges. Did you measure 13 Mohms for the mV range??
Thanks for catching the error. You are correct, I must have forgot to hit select to put it in DC mode before taking the measurement. I don't have a meter that can measure 1GΩ using under 220 mV. We will just have to trust the manual.
I am really enjoying this series... it is very helpful to know what is real vs marketing, and to get a better insight into the features.
This is a good meter for its price point
Hi from Ukraine. Take a uni-t ut117c for review, should be interesting 😊
Very good, thank you.
It would be good if you indicated in the table not only the measured value, but also how much it differs from the standard as a PERCENTAGE.
Please test ut117c
If the app request blue tooth access it includes GPS rights too. On Android.
I believe the app on Android requests your location, because technically using Bluetooth one can scan for other devices and using their ID/MAC one can determine your location. So thats the reason the App has to ask. - Trips up people all the time
Yes, beeper is very annoying.
interesting, if lowest resistance test voltage 0.6V this meter wont suit testing transistor>resistor circuits in say switch power supply unlike in UT61E it was 0.2V, 0.6V voltage would open transistor so that giving false reading.