40-Pin GPIO Pinout Diagram Ubuntu 18.04 Linux GPIOFunctionRPi GPIOPin No.Pin No.RPi GPIOFunctionLinux GPIO 3.3V 1 2 5V 386 I2C5_SDA BCM2_SDA 3 4 5V 387 I2C5_SCL BCM3_SCL 5 6 GROUND 337 BCM4 7 8 BCM14_TXD 493 UART0_TXD GROUND 9 10 BCM15_RXD 492 UART0_RXD 36...
This pinout diagram shows the GPIO pins on the Raspberry Pi P1 socket. The pin labels are those used by the BCM2835 processor, which are the labels of the physical pins of this processor. If you are using the Broadcom scheme for programming, then you need to let Python know by using ...
8051 microcontroller pinout diagram It comes in different 40 pin packages such as DIP (dual inline package), QFP (quad flat package) and LLC(a leadless chip carrier). Pin configuration diagram of 8051 is shown below: Some manufacturers also introduced 20 pins 8051 with less number of input /...
There are different types of ESP32 development kits available but the function of GPIO pins remains the same across all development boards. You can define the pins the same way in firmware also. The following picture shows the pinout diagram of the ESP32 DEVKIT V1 DOIT board. In your versio...
有关GPIO引脚高级功能的更多信息,请参见interactive pinout diagram raspi-gpio raspi-gpio是一个在树莓派上使用的GPIO控制工具,可以获取GPIO状态以及设置GPIO 安装 sudo apt -y install raspi-gpio 使用说明 Use: raspi-gpio get [GPIO] OR raspi-gpio set [options] ...
下图显示了GPIO在树莓派电路板的位置和各个引脚的定义(原图片来自https://github.com/raspberrypi/documentation/blob/master/usage/gpio/images/GPIO-Pinout-Diagram-2.png) 当没有文档在手边时,我们也可以运行命令”pinout"查看自己树莓派GPIO的引脚定义.
The pin numbers corresponding to GPIOs are marked in the pinout diagram, and you can use them directly or calculate them as follows: GPIOs are divided into 5 banks: GPIO0 to GPIO4, with each bank having 4 groups, resulting in a total of 32 pins: A0 to A7, B0 to B7, C0 to C7,...
To help you with your projects and setting up your electronic circuits, here's a detailed diagram of the pin block(s) on the Raspberry Pi 4, Model B. Click the image for an enlarged version: Here is the Raspberry Pi 4 default GPIO pinout for...
input functionalities. Looking physically at any microcontroller you can readily see rows of pins that allow the microcontroller to control and communicate with outside devices. Lets take a look at the pinout diagram of the G2553 device as provided by TI onpage 3 of the MSP430G2553 datasheet:...
For more details on the advanced capabilities of the GPIO pins see gadgetoid'sinteractive pinout diagram.