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| Brymen 869S vs EEVblog BM786? |
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| ElectricPower:
--- Quote from: BILLPOD on December 27, 2022, 06:56:38 pm ---ElectricPower, are the probes in the last picture what came with the meter? They look like Probemasters. :scared: --- End quote --- Thats right. That is Probemaster. I bought two sets of Probemaster for my two Brymen meters. But the probes that came with the BM786 was actually wery good. Soft silicone leads, high quality :) |
| ElectricPower:
Some first impressions: 1. The BM869S has a little better display. When backlight is on the numbers on the BM786 is uneven. Not bad at all, but BM869 has a little better display. 2. the wheel is easyer to turn on BM786 than BM869S. BM869S is more firm. But i have not tested the BM786 more than that. This is just my first impressions out of the box :) |
| ElectricPower:
One question: Wich of these meters should i choose when i want to measure wery low current? Let's say under 10-50 uA (micro ampere)? Is it even possible? |
| J-R:
--- Quote from: ElectricPower on December 27, 2022, 09:16:01 pm ---One question: Wich of these meters should i choose when i want to measure wery low current? Let's say under 10-50 uA (micro ampere)? Is it even possible? --- End quote --- This is eyes-closed easy, both have 0.01uA resolution. I ran both through the full uA ranges and they are basically identical. Even at the extremes, say for example 0.05uA, both were accurate to within 0.01uA. At 50uA, I would say you could easily trust both to within 0.1uA. |
| ElectricPower:
--- Quote from: J-R on December 28, 2022, 01:29:54 am --- --- Quote from: ElectricPower on December 27, 2022, 09:16:01 pm ---One question: Wich of these meters should i choose when i want to measure wery low current? Let's say under 10-50 uA (micro ampere)? Is it even possible? --- End quote --- This is eyes-closed easy, both have 0.01uA resolution. I ran both through the full uA ranges and they are basically identical. Even at the extremes, say for example 0.05uA, both were accurate to within 0.01uA. At 50uA, I would say you could easily trust both to within 0.1uA. --- End quote --- Thanks :) |
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