Difference between revisions of "CutiPy-Installing MicroPython Firmware"
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+ | ===THIS PAGE IS CURRENTLY UNDER CONSTRUCTION=== | ||
=== Necessary equipment === | === Necessary equipment === | ||
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* 1 Micro-USB cable | * 1 Micro-USB cable | ||
* A pair of needle nose pliers for wire jumper re-positioning | * A pair of needle nose pliers for wire jumper re-positioning | ||
+ | * A personal computer (Windows or Linux) | ||
* EMAC's latest MicroPython firmware release | * EMAC's latest MicroPython firmware release | ||
</cl> | </cl> | ||
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<cl> | <cl> | ||
− | 1. With the | + | 1. With the USB disconnected and power removed, carefully use a pair of needle nose pliers to shift jumper JB2 upwards from FLS to to RXM. |
+ | * Dowload the USB driver installer, Zadig | ||
+ | * Once installed, open Zadig. | ||
+ | * Connect the the CutiPy to your PC using the micro-USB cable | ||
+ | |||
+ | |||
Revision as of 13:56, 19 August 2019
Contents
THIS PAGE IS CURRENTLY UNDER CONSTRUCTION
Necessary equipment
-
CutiPy
-
1 Micro-USB cable
-
A pair of needle nose pliers for wire jumper re-positioning
-
A personal computer (Windows or Linux)
-
EMAC's latest MicroPython firmware release
Windows Users
<cl> 1. With the USB disconnected and power removed, carefully use a pair of needle nose pliers to shift jumper JB2 upwards from FLS to to RXM.
* Dowload the USB driver installer, Zadig * Once installed, open Zadig. * Connect the the CutiPy to your PC using the micro-USB cable
Linux Users
Follow the EMAC DFU instructions given here