Difference between revisions of "Roller Robot"
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== Battery Package == | == Battery Package == | ||
The energy is supplied using two 18650 LiON Batteries using a protection board: | The energy is supplied using two 18650 LiON Batteries using a protection board: | ||
| − | * 2x 18650 LiON Batteries (~7.4v and ~ | + | * 2x 18650 LiON Batteries (~7.4v and ~2200 mAh in total) |
* LiON Protection Board provides: | * LiON Protection Board provides: | ||
** Over charge protection | ** Over charge protection | ||
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| − | + | Battery pack from the front: | |
| − | [[File: | + | [[File:BatteryPackFront.jpg]] |
| − | |||
| − | |||
| − | |||
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Battery pack from the top: | Battery pack from the top: | ||
| − | [[File: | + | [[File:BatteryPackTop.jpg]] |
== Voltage Regulators == | == Voltage Regulators == | ||
The energy provided by the battery pack is then regulated into two independent circuits. | The energy provided by the battery pack is then regulated into two independent circuits. | ||
Latest revision as of 15:09, 11 December 2015
Roller Robot
Contents
Chassis and Motors
Sensors
Motor Encoders
IR Object Detection
Battery Package
The energy is supplied using two 18650 LiON Batteries using a protection board:
- 2x 18650 LiON Batteries (~7.4v and ~2200 mAh in total)
- LiON Protection Board provides:
- Over charge protection
- Over discharge protection
- Over current protection
- Short circuit protection
Using the Protection Board
The back size of the protection board is designed for two LiON cells and has the five connectors (B+, B-, BM, P+ and P-).
The front size has the ICs and other passive elements.
The schematics of connection is like this:
Battery pack from the front:
Battery pack from the top:
Voltage Regulators
The energy provided by the battery pack is then regulated into two independent circuits.
