The CBA II uses an 8051 based microcontroller to measure voltage, current and temperature with high accuracy. Each CBA is individually calibrated with a computerized automated test system. It has 12 bit effective resolution in three auto-switched voltage ranges. The current is set with 12 bit ...
I’ve previouslyreviewed Weibu’s N10 mini PC, however, they have now extended the range of CPUs available to the N10 through the addition of Alder Lake-N processors. As a reminder, Weibu is a B2B company that offers total solutions and OEM/ODM services and they don’t sell directly to ...
3 phase - It is recommended to measure all 3 voltages with 3 voltage transformers. This can be done by using a main board with 1 add-on board (more information below). A single meter can be used to measure 3-phase, but power (wattage) will not be calculated correctly. Power can be...
Generally speaking though, Garmin is unable to measure stress using the optical HR sensor in high-intensity moving activities (like running). So the fact that they’re doing it here is likely a testament to the fact that you’re going…nowhere. There’s less motion artifacts to deal with i...
I will do some investigation to see if something is interfering with fan speed or air flow. I may have to a) go back to the motherboard supply (fixed speed at high), or b) replace the fans with something better. I will measure the voltage output at the fan side to see what the ...
(in bold, Temp and wattage). Hope it helps. Kind regards, Patrick 翻译 0 项奖励 复制链接 回复 Thomas_W_Intel 员工 02-16-2016 07:02 AM 4,009 次查看 Intel Performance Counter Monitor provides a C++ API to measure hardware counters, including energy consumption. It doesn't report...
I will measure the voltage output at the fan side to see what the fan sees for input. Then I will check on fan output not connected to a load but set at full speed. If the voltage drop is significant, I can try tying the two outputs together. Another option would be to supply over...
I will measure the voltage output at the fan side to see what the fan sees for input. Then I will check on fan output not connected to a load but set at full speed. If the voltage drop is significant, I can try tying the two outputs together. Another option would be to supply over...
I will measure the voltage output at the fan side to see what the fan sees for input. Then I will check on fan output not connected to a load but set at full speed. If the voltage drop is significant, I can try tying the two outputs together. Another option would be to supply over...
I may have to a) go back to the motherboard supply (fixed speed at high), or b) replace the fans with something better. I will measure the voltage output at the fan side to see what the fan sees for input. Then I will check on fan output not connected to a load but set at ...