A detailed guide on how use wifi can be found by following this link: [[Using USB ethernet gadget to communicate]]
== How to read analog values (ADC) ==
IGEP BERLIN provides 2 analog inputs on J1206: Maximum allowed analog voltage is 1V8.
[[Image:BERLIN_ADC_SCHEMA.png|right|300px]]
Warning: There is a small deviation To prove the lectures, you have examples codes written in reading values near to 1V8 due to this protectionphyton in the ISEE GIT.
The TPS65950 datasheet describes chip can support up to 2[http://git.5V at the ADC input isee. Under his responsibility can desolder for more accurate readingsbiz/?p=pub/scm/igep_qa.git;a=blob_plain;f=igep_qa/helpers/madc.py;hb=HEAD Downlaod Python example]
Datasheet: [http://wwwgit.tiisee.combiz/lit?p=pub/dsscm/symlinkigep_qa.git;a=tree;f=igep_qa/tps65950.pdfhelpers;h=e0671966af9f539bdd7628e101c181d8e74dc506;hb=HEAD ->Link to GIT directory]
To prove read the lectures, ADC2 or ADC3 you have examples codes in to modify one line of code at end of document for the ISEE GITchannel 2 or 3.
http://git.isee.biz/madc = QMadc(2) or madc = QMadc(3)
Open pub/scm/igep_qa.git, click on the lastest file. And search this foldersYou have another example written in c.
igep_qa[[File:BERLIN_ADC.tar.gz]] Warning: There is a small deviation in reading values near to 1V8 due to this protection. The TPS65950 datasheet describes chip can support up to 2.5V at the ADC input . Datasheet: http://www.ti.com/lit/helpersds/madcsymlink/tps65950.pdf Under his responsibility can desolder for more accurate readings.py
To read the ADC2 or ADC3 you have to modify one line of code at end of document for the channel 2 or 3.
madc = QMadc(2) / madc = QMadc(3)
