Formatting and minor text updates
git-svn-id: svn://svn.rockbox.org/rockbox/trunk@3006 a1c6a512-1295-4272-9138-f99709370657
diff --git a/docs/BATTERY-FAQ b/docs/BATTERY-FAQ
index 31aa82a..2780a69 100644
--- a/docs/BATTERY-FAQ
+++ b/docs/BATTERY-FAQ
@@ -138,26 +138,26 @@
Here is how changing the input voltage changes the charging current:
- voltage charging current (limited only by the AJB)
- ------------------------------------------------------
- 7,0V 10 mA
- 7,5V 30 mA
- 8,0V 50 mA
- 8,5V 70 mA
- 9,0V 140 mA
- 9,5V 250 mA
- 10,0V 330 mA
- 10,5V 350 mA
- 11,0V 350 mA
- 11,5V 350 mA
- 12,0V 350 mA
+ voltage charging current (limited only by the AJB)
+ ------------------------------------------------------
+ 7,0V 10 mA
+ 7,5V 30 mA
+ 8,0V 50 mA
+ 8,5V 70 mA
+ 9,0V 140 mA
+ 9,5V 250 mA
+ 10,0V 330 mA
+ 10,5V 350 mA
+ 11,0V 350 mA
+ 11,5V 350 mA
+ 12,0V 350 mA
To summarize:
- - do not use an input voltage > 12V
- - optimal input voltage is 10V (regulated)
- - use a fuse of ~600mA
- - using a different charger voids your warrenty
+ - do not use an input voltage > 12V (it will only heat up the regulator)
+ - optimal input voltage is 10V (regulated)
+ - use a fuse of ~600mA
+ - using a different charger voids your warrenty
Many people are happy using an external quick charger which
is specified to work with NiMH batteries. This is completely safe
@@ -180,14 +180,14 @@
player down completely and rebooting it when I want to listen again, or
leaving the unit on? Which way does it draw more power?
A12: In our testing we found the following results:
- HDD off, LED off, idle 94 mA
- HDD off, LED off, play 97 mA
- HDD off, LED on, idle 129 mA
- HDD off, LED on, play 131 mA
- HDD on, LED on, play 230 mA
- HD on, reading, LED off ~ 600 mA
+ HDD off, backlight off, idle 94 mA
+ HDD off, backlight off, play 97 mA
+ HDD off, backlight on, idle 129 mA
+ HDD off, backlight on, play 131 mA
+ HDD on, backlight on, play 230 mA
+ HD on, reading, backlight off ~ 600 mA
HD spin up before read max 800 mA
-
+
So leaving the unit on and paused consumes ~100mA, and thus much less
than needing to reboot the unit. Your mileage may vary.