Merge branch 'master' of https://github.com/QuantAsylum/QA350.git

QuantAsylum · QuantAsylum · commit 612331cd308e · 2019-06-27T17:13:22.000-07:00
diff --git a/README.md b/README.md
@@ -6,4 +6,4 @@ This repo contains the source for the both the PC application (written in C#) an
 
 The QA350 provides high-resolution voltage measurements across 2 ranges: +/-5V and +/-50V. In the +/-5V range, the QA350 deliver uV resolution. In the +/-50V range, the QA350 provides 10 uV resolution. The QA350 is NOT for use on high-energy circuits or anything that is connected to the mains. It is designed for measuring very high resolution sensors and other low voltage applications where precision is required. 
 
-As of release 1.70, the QA350 can support true RMS measurements, with a 3 dB bandwith of 4 KHz. A discussion of the release and maths is [here](https://quantasylum.com/blogs/news/qa350-gets-true-rms)
+As of release 1.70, the QA350 can support true RMS measurements, with a 3 dB bandwith of 4 KHz. A discussion of the release and maths is [here](https://quantasylum.com/blogs/news/qa350-gets-true-rms). However, the QA350 should be primarily considered a DC instrument, not AC.

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`@@ -6,4 +6,4 @@ This repo contains the source for the both the PC application (written in C#) an`
`6`	`6`
`7`	`7`	`The QA350 provides high-resolution voltage measurements across 2 ranges: +/-5V and +/-50V. In the +/-5V range, the QA350 deliver uV resolution. In the +/-50V range, the QA350 provides 10 uV resolution. The QA350 is NOT for use on high-energy circuits or anything that is connected to the mains. It is designed for measuring very high resolution sensors and other low voltage applications where precision is required.`
`8`	`8`
`9`		`-As of release 1.70, the QA350 can support true RMS measurements, with a 3 dB bandwith of 4 KHz. A discussion of the release and maths is [here](https://quantasylum.com/blogs/news/qa350-gets-true-rms)`
	`9`	`+As of release 1.70, the QA350 can support true RMS measurements, with a 3 dB bandwith of 4 KHz. A discussion of the release and maths is [here](https://quantasylum.com/blogs/news/qa350-gets-true-rms). However, the QA350 should be primarily considered a DC instrument, not AC.`