Arduino Motor Controller: Difference between revisions
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|image1=24P OLED Shield-800-600-1.jpg | |image1=24P OLED Shield-800-600-1.jpg | ||
|image2=24P OLED Shield-800-600-2.jpg | |image2=24P OLED Shield-800-600-2.jpg | ||
|intro= | |intro=Arduino | ||
| | |highlights=1.OLED 24P Shield is an OLED display shield compatible with the standard Arduino interface. Its onboard 24P FPC connector (P2) accepts OLED displays with a 24-pin FPC interface, while the header pins on the underside match the universal Arduino standard interface, so it plugs straight into any board that supports the Arduino interface and adds OLED display capability to any project. | ||
2.The shield communicates over I2C: only two signal lines, SDA and SCL, are needed to drive the display, leaving all other I/O free for the controller. With the onboard address-selection jumper and power circuitry, it is ready to use once installed, with no extra wiring. | |||
|videoTitle=OLED 30P Shield Board | |||
|hardware= | |videoURL=https://youtu.be/EBgPYXZhjoQ | ||
| | |specs={{{!}} class="wikitable" | ||
{{!}}+'''Specifications''' | |||
!'''Model''' | |||
!OLED 24P Shield | |||
{{!}}- | |||
: | {{!}}'''Main board interface''' | ||
; | {{!}}Universal Arduino interface, works with any board that supports it | ||
{{!}}- | |||
{{!}}'''Display interface''' | |||
{{!}}24P FPC connector (P2), for 24-pin FPC OLED displays | |||
{{!}}- | |||
{{!}}'''Communication''' | |||
{{!}}I2C interface (SDA / SCL) | |||
{{!}}- | |||
{{!}}'''I/O usage''' | |||
{{!}}Only SDA and SCL are used, all other pins are NC (not connected) | |||
{{!}}- | |||
{{!}}'''Operating voltage''' | |||
{{!}}3.3V, supplied from the 3V3 pin of the main board | |||
{{!}}- | |||
{{!}}'''Address selection''' | |||
{{!}}Onboard I2C address jumper, switchable between two addresses to avoid conflicts | |||
{{!}}- | |||
{{!}}'''Installation''' | |||
{{!}}Header pins plug straight into the main board, stacking like a shield | |||
{{!}}} | |||
|hardware=The main connectors on the shield are header P1, which mates with the main board and carries the 3V3, GND, SDA and SCL labels, and the 24P FPC connector P2 for the OLED display. All key signals are marked in silkscreen, which makes wiring and troubleshooting easy. | |||
|usage=[[File:24P_OLED_Shield-800-600-3.jpg|center|thumb|800x800px]] | |||
[[File:24P OLED Shield-1000-9-2.jpg|center|thumb|1000x1000px]] | |||
|faq==== '''<span style="color: rgb(52, 176, 176);">1.Display insertion:</span>''' === | |||
Make sure the FPC of the OLED is inserted in the correct direction, with the metal contacts facing the connector contacts; reversing it may leave the display dark or damage it. | |||
=== '''<span style="color: rgb(52, 176, 176);">2.Supply voltage:</span>''' === | |||
The shield is powered from the 3V3 pin of the main board; do not connect it to a 5V power pin, as this exceeds the OLED operating voltage. | |||
=== '''<span style="color: rgb(52, 176, 176);">3. I2C address:</span>''' === | |||
When several I2C devices share the bus and their addresses conflict, change the OLED address with the onboard address-selection jumper. | |||
=== '''<span style="color: rgb(52, 176, 176);">4.Signal quality:</span>''' === | |||
Use pull-up resistors on the I2C bus, which most boards already include, and keep wiring as short as possible to avoid interference. | |||
=== '''<span style="color: rgb(52, 176, 176);">5.ESD and handling:</span>''' === | |||
Disconnect power from the main board before inserting or removing the shield, to prevent damage from hot-plugging. | |||
|dl1Type=Document | |||
|dl1Name=OLED 24P Shield User Manual-EN V10.pdf | |||
|dl1File=OLED 24P Shield User Manual-EN V10.pdf | |||
|dl2Type=Document | |||
|dl2Name=OLED 24P Shield User Manual-RU V10.pdf | |||
|dl2File=OLED 24P Shield User Manual-RU V10.pdf | |||
|dl3Type=Document | |||
|dl3Name=OLED 24P Shield SchDoc V10.pdf | |||
|dl3File=OLED 24P Shield SchDoc V10.pdf | |||
|displayMode={{{displayMode|详情}}} | |displayMode={{{displayMode|详情}}} | ||
|cardPage={{{cardPage|{{PAGENAME}}}}} | |cardPage={{{cardPage|{{PAGENAME}}}}} | ||
Latest revision as of 22:50, 20 October 2026
Arduino
Introduction
1.OLED 24P Shield is an OLED display shield compatible with the standard Arduino interface. Its onboard 24P FPC connector (P2) accepts OLED displays with a 24-pin FPC interface, while the header pins on the underside match the universal Arduino standard interface, so it plugs straight into any board that supports the Arduino interface and adds OLED display capability to any project.
2.The shield communicates over I2C: only two signal lines, SDA and SCL, are needed to drive the display, leaving all other I/O free for the controller. With the onboard address-selection jumper and power circuitry, it is ready to use once installed, with no extra wiring.
Specifications
| Model | OLED 24P Shield |
|---|---|
| Main board interface | Universal Arduino interface, works with any board that supports it |
| Display interface | 24P FPC connector (P2), for 24-pin FPC OLED displays |
| Communication | I2C interface (SDA / SCL) |
| I/O usage | Only SDA and SCL are used, all other pins are NC (not connected) |
| Operating voltage | 3.3V, supplied from the 3V3 pin of the main board |
| Address selection | Onboard I2C address jumper, switchable between two addresses to avoid conflicts |
| Installation | Header pins plug straight into the main board, stacking like a shield |
Hardware
The main connectors on the shield are header P1, which mates with the main board and carries the 3V3, GND, SDA and SCL labels, and the 24P FPC connector P2 for the OLED display. All key signals are marked in silkscreen, which makes wiring and troubleshooting easy.
Size
FAQ
1.Display insertion:
Make sure the FPC of the OLED is inserted in the correct direction, with the metal contacts facing the connector contacts; reversing it may leave the display dark or damage it.
2.Supply voltage:
The shield is powered from the 3V3 pin of the main board; do not connect it to a 5V power pin, as this exceeds the OLED operating voltage.
3. I2C address:
When several I2C devices share the bus and their addresses conflict, change the OLED address with the onboard address-selection jumper.
4.Signal quality:
Use pull-up resistors on the I2C bus, which most boards already include, and keep wiring as short as possible to avoid interference.
5.ESD and handling:
Disconnect power from the main board before inserting or removing the shield, to prevent damage from hot-plugging.
Downloads