Differences

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--- introduction_to_the_internet_of_things [2018/07/11 23:11] – sdh7
+++ introduction_to_the_internet_of_things [2018/07/12 00:01] – sdh7
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 **Software Setup**
 You should do the following things before the class:
+If you are using a Macintosh, install these drivers for the serial board - https://github.com/adrianmihalko/ch340g-ch34g-ch34x-mac-os-x-driver. I find the CH34x serial chip support on OS X to be spotty at best. Follow the instructions carefully. YOU MUST DELETE ANY OLD VERSIONS OF THE DRIVERS, or kernel panics WILL happen! Linux and Windows machines //should// just work, but if not look for the current CH34x drivers.
 Install Arduino IDE if you don't already have it, and upgrade to something recent if you're below version 1.7 - http://arduino.cc
@@ Line 29: / Line 31: @@
 ====THINGS WE WILL DO AT THE CLASS====
+Your kit should consist of a number of boards:
+  * ESP8266 Wifi-enabled microcontroller
+  * BME280 sensor array
+  * AD1117 voltage regulator
+  * CH34x-based programmer for the ESP8266
 ==Hardware Construction==
@@ Line 34: / Line 41: @@
   * If you plan on re-using the boards for something else in the future, solder in header pins on the other boards. If you're building this as a
-If you want to re-use the component boards for other projects
+If you want to re-use the component boards for other projects, solder pins into the BME280/Voltage regulator boards.
@@ Line 107: / Line 114: @@
 **Power considerations**
-The kit does not come with a power source. The regulator board requires at least 4.5V (and at most 15V!) to adequately supply 3.3V to the ESP8266 and BME280 boards. A 9V battery or 6V AA case should work
+The kit does not come with a power source. The regulator board requires at least 4.5V (and at most 15V!) to adequately supply 3.3V to the ESP8266 and BME280 boards. A 9V battery or 6V AA case should work. You should be able to power via USB with the serial board as well- just run wires from 3.3v & ground to the appropriate ESP8266 pins.