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--- oak:tutorials:lipo [2016/03/24 22:53]
zeiv [Assembly:]
+++ oak:tutorials:lipo [2016/06/24 19:27] (current)
digistump [Product Description:]
@@ Line 1: / Line 1: @@
-====== THIS TUTORIAL HAS NOT YET BEEN REVIEWED, PLEASE DO NOT USE UNTIL IT HAS ======
 ====== LiPo Charger Shield Tutorial ======
@@ Line 11: / Line 10: @@
 The LiPo Charger Shield allows you to power your Oak with a single-cell 3.7V Lithium-ion Polymer battery and charge it via the Oak's USB port.  The kit includes 200mAh LiPo battery.
-This is an unassembled kit and requires basic soldering. This is designed for use with the Oak development board, which is not included.
+This is an partially kit and requires basic soldering. This is designed for use with the Oak development board, which is not included.
 =====Parts:=====
@@ Line 36: / Line 35: @@
 {{:oak:tutorials:photo_mar_24_1_20_13_pm.jpg?500|}}
-The LiPo Shield PCB thru-holes we will be using for the Oak are the 2-pin battery connector and the 3-pin male header for VCC/GND/VIN.  The other thru-holes (for 2-pin and 6-pin headers) are for compatibility with other Digistump development boards. **NEEDS VERIFICATION**
+The LiPo Shield PCB thru-holes we will be using for the Oak are the 2-pin JST battery connector and the 3-pin male header for VCC/GND/VIN.  The included 6-pin header is for stability only, therefore stackable headers in the corresponding thru-holes are recommended. The 6-pin headers may safely be omitted. The set of 2 thru-holes are for an optional switch or jumper (see below).
 {{:oak:tutorials:photo_mar_24_1_24_34_pm.jpg?500|}}
-The thru-holes for the 2-pin battery connector are slightly smaller than the others.  Notice how there are three holes for the 2-pin connector.  This allows you to mount the connector either on the bottom or the top of the PCB.  Pay careful attention to the labels on the PCB to determine which thru-holes to use for the 2-pin connecter.
+The thru-holes for the 2-pin JST battery connector are slightly smaller than the others.  Notice how there are three holes for the 2-pin connector.  This allows you to mount the connector either on the bottom or the top of the PCB.  Pay careful attention to the labels on the PCB to determine which thru-holes to use for the 2-pin connector.  The JST battery connector may be mounted on the bottom if you wish to solder the Oak's 3-pin power header on upside-down, thereby allowing the user to plug in the LiPo shield underneath the Oak in order not to block the other pins.
 {{:oak:tutorials:photo_mar_24_1_24_10_pm.jpg?500|}}
-**IMPORTANT NOTE:** It is highly recommended that the 2-pin connecter be mounted on the //top// of the PCB.  The Oak's included female headers would obstruct the connect if mounted on the bottom.
+**IMPORTANT NOTE:** It is highly recommended that the 2-pin connecter be mounted on the //top// of the PCB if you have already solder the Oak's 3-pin power header to its top.  The Oak's included female headers would obstruct the battery connector if mounted on the bottom.
 Solder the 2-pin JST connecter and 3-pin male header onto the PCB as pictured.
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 {{:oak:tutorials:photo_mar_24_1_25_46_pm.jpg?500|}}
+===== Adding a Switch =====
+Optionally, a switch or jumper (not included) may be soldered to the LiPo shield PCB via the thru-holes to the left of the 3-pin power header. When the switch is closed, power will be off.
 =====Usage:=====

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