This page (revision-18) was last changed on 2019-12-23 11:17 by Murray Altheim

This page was created on 2019-12-23 04:14 by Murray Altheim

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Power Supplies...nobody
PowerSupplies

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At line 3 changed 2 lines
When you're working on your robot you'll likely want to plug it into a wall socket rather than run it from batteries. For that you'll need a reliable __USB Power Supply__ with enough current capacity to run your
processor (e.g., [Raspberry Pi]), your [sensors], [motors] and any other accessories (such as displays).
When you're working on your robot you'll likely want to plug it into a wall socket rather than run it from batteries. You'd call that a [Bench Power Supply].
At line 6 changed one line
We'll focus on the [Raspberry Pi] since it generally requires more power than other [microcomputers/microcontrollers|microcontrollers].
We'll focus on the [Raspberry Pi] since it generally requires more power than other [microcomputers/microcontrollers|microcontrollers]. The Raspberry Pi requires a 5 volt power supply and generates an onboard regulated 3.3 volt supply for its peripherals. Most processors suitable for small robots require either 5 volts or 3.3 volts, but if they have a USB connector on them it's likely so you can use a USB charger as a power supply. Obviously, ''read the user manual''.
At line 7 added 3 lines
For a Raspberry Pi you'll need a reliable __USB Power Supply__ (5 volts) with enough current capacity to run your processor (e.g., [Raspberry Pi]), your [sensors], [motors] and any other accessories (such as displays).
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[{Image src='USBPowerSupplies/nuclear.jpg' caption='Some Serious Power' alt='serious power' align='right' class='imgFloatRight'}]
[{Image src='USBPowerSupplies/nuclear.jpg' caption='Serious Power' alt='serious power' align='right' class='imgFloatRight'}]
This page (revision-18) was last changed on 2019-12-23 11:17 by Murray AltheimTop