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--- tutorials:basics_about_lipo_batteries [2019/10/16 22:31] – caraya
+++ tutorials:basics_about_lipo_batteries [2022/09/20 00:08] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
-====== BASICS ABOUT LIPO BATTERIES ======
+===== BASICS ABOUT LIPO BATTERIES =====
-===== Connectors =====
+==== Connectors ====
-The LiPo batteries usually have two connectors; the main connector and the balance connector:
+The LiPo batteries usually have two connectors, the main connector and the balance connector:
 === Main Connector: ===
+Provides the main power for the battery when charging and drains the power when discharging. It is directly connected to the electronics.
 {{ :tutorials:mainconn.jpg?200 |}}
+{{:tutorials:twomcabl.jpg?200 |}}
+----
+----
+**WARNING:**
+Some small batteries have two main connectors, one of them can be confused with a balance connector and produce a short-circuit to the charger (white connector in the picture).
+----
+----
 === Balance Connector: ===
+This cable is plugged into a battery charger and provides the information needed to keep the voltages between cells almost equal.
 {{ :tutorials:balconn.jpg?200 |}}
+==== Battery's Specs ====
+{{:tutorials:battspecs.jpg?300 |}}
+=== Cell Count: ===
+This number indicates the total of cells that a battery has.
-===== Battery's Specs =====
+=== Voltage: ===
-  * Cell Count:
-  * Voltage:
-  * Capacity:
-  * Discharge Rate:
-  * Charge Rate:
-===== Voltage Ranges =====
+The nominal voltage of 1 cell should be 3.7V. It can go up to 4.2V and as low as 3V, but they should never exceed this limits.
+=== Capacity: ===
+Is the amount of energy that the battery can store, measured in miliamps hours (mAh). With a 1000mAh battery, the energy will last 1 hour with a continuous draw of 1A or 1000mA.
+=== Charge and Discharge Rate: ===
+This number is usually followed by a "C" in the battery package. It indicates the maximum rating at which a battery can be charged or discharged.
+With a 1000mAh battery and 2C, the maximum current you can pull is (2*1000mAh) = 2000mAh without damaging it and it will last half the time. In the other hand, the maximum charge current is (2*1000mAh) = 2000mAh and it will be charged in half the time.