Z-0144: Difference between revisions
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! Id !! Application Note | ! Id !! Application Note !! Documentation | ||
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| 1 || How to use 1 GPIO Pin to drive RaspberryPi Power-on-off-status light | | 1 || How to use 1 GPIO Pin to drive RaspberryPi Power-on-off-status light || [[File:1.How to use 1 GPIO Pin to drive RaspberryPi Power-on-off-status light.pdf]] | ||
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| 2 || How to use 1 GPIO Pin to drive RaspberryPi Disk-Status light | | 2 || How to use 1 GPIO Pin to drive RaspberryPi Disk-Status light || [[File:2.How to use 1 GPIO Pin to drive RaspberryPi Disk-Status light.pdf]] | ||
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| 3 || How to use VGA666 module to connect RaspberryPi to display | | 3 || How to use VGA666 module to connect RaspberryPi to display ||[[File:3.How to use VGA666 module to connect RaspberryPi to display.pdf ]] | ||
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| 4 || How to use | | 4 || How to use BMP180 Barometer to detect pressure ||[[File:4.How to use BMP180 Barometer to detect pressure.compressed.pdf]] | ||
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| 5 || How to use IR device to remote control alarm buzzer | | 5 || How to use IR device to remote control alarm buzzer ||[[File:5.How to use IR device to remote control alarm buzzer.pdf]] | ||
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| 6 || How to use enc28j60 network interface card as a GPIO NIC | | 6 || How to use enc28j60 network interface card as a GPIO NIC ||[[File:6.How to use enc28j60 network interface card as a GPIO NIC.pdf]] | ||
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| 7 || How to drive servo by using PCA9685 servo driver board | | 7 || How to drive servo by using PCA9685 servo driver board || [[File:7.How to drive servo by using PCA9685 servo driver board.compressed.pdf]] | ||
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| 8 || How to use RTC module to work as stable clock on RaspberryPi | | 8 || How to use RTC module to work as stable clock on RaspberryPi ||[[File:8.How to use RTC module to work as stable clock on RaspberryPi.pdf]] | ||
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| 9 || How to use LM75 Thermometer module to detect the temperature in the room | | 9 || How to use LM75 Thermometer module to detect the temperature in the room || [[File:9.How to use LM75 Thermometer module to detect the temperature in the room.pdf]] | ||
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| 10 || How to use GPS module for real-time location and PPS clock synchronization service | | 10 || How to use GPS module for real-time location and PPS clock synchronization service || [[File:10.How to use GPS module for real-time location and PPS clock synchronization service.compressed.pdf]] | ||
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| 11 || How to use GPIO drive servo directly | | 11 || How to use GPIO drive servo directly ||[[File:11.How to drive Servo directly by GPIO.compressed.pdf]] | ||
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| 12 || How to use 0.96 Inch OLED Display to display system information | | 12 || How to use 0.96 Inch OLED Display to display system information ||[[File:12.How to use 0.96 Inch OLED Display to display system information.pdf]] | ||
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| 13 || 13.How to use DHT11 temperature sensor to detect the temperature in the room | | 13 || How to use DHT11 temperature sensor to detect the temperature in the room ||[[File:13.How to use DHT11 temperature sensor to detect the temperature in the room.pdf]] | ||
|} | |} | ||
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Latest revision as of 20:13, 27 August 2021
Raspberry Pi 3B Overlay Application Kit
This Kit contains a lot of new sensors such as chart below which can support DT (Device Tree) overlay modules in the newest operating system:
Id | Product Name | Quantity |
---|---|---|
1 | IR receiver | 1 |
2 | IR sender | 1 |
3 | 0.96-inch OLED display | 1 |
4 | 9g Servo | 2 |
5 | VGA666 Module | 1 |
6 | PCA9685 Servo driver board | 1 |
7 | DHT11 temperature and humidity sensor | 1 |
8 | USB-GPS module (with wire) | 1 |
9 | Bmp180 barometer module | 1 |
10 | Breadboard (middle size) | 1 |
11 | Buzzer | 1 |
12 | RPI B+ T-Cobbler | 1 |
13 | GPIO Extend Board | 1 |
14 | Acrylic experimental platform (large) | 1 |
15 | Exquisite components box | 1 |