Opis
Pico-Sensor-Kit is a PICO entry-level sensor kit, including common sensors such as LED, buttons, and buzzers, which is easy for beginners to get started.
All-in-one design, all the modules are connected with PCB castellated holes, which is not needed to be soldered or wired anymore. Hence, you do not need to worry about the wiring. and it can provide you with an excellent programming experience.
Of course, you can separate these modules, and then connect them with the wires we provided, and these modules are easy to be integrated into your projects.
- PS: Please pay attention to the sharp cuts and fragments when disassembling the modules.
https://www.waveshare.com/wiki/Pico-Sensor-Kit-B
Parameters
Pico-sensor-kit includes 15 modules in total. For more details, please refer to the following table.
| Module | Module Connection Port | Description |
| Button Module | D0 | Detect whether the button is pressed, for human-computer interaction |
| LED Module | D1 | Emit light by inputting electrical signal |
| Buzzer Module | D2 | Sound by the frequency of the input electrical signal |
| IR Receiver Module | D3 | Accept infrared remote control signal and output electrical signal |
| IR Transmitter Module | D4 | Emit infrared light at the frequency of the input electrical signal |
| RGB LED Module | D7 | Full-color lights controlled by a single bus |
| 6-axis Sensor Module | I2C0 (ADDR:0 X 6B) | 6-axis attitude sensor |
| VOC Sensor Module | I2C0 (ADDR:0 X 59) | VOC (Volatile Organic Compound) sensor |
| EEPROM Module | I2C0 (ADDR:0 X 50) | Electrically erasable programmable read-only memory, which can be used to store offline data |
| Temperature/Humidity Sensor Module | I2C0 (ADDR:0 X 70) | Low power consumption temperature and humidity sensor |
| Motor Driver Module | I2C0 (ADDR:0 X 40) | Can be used to drive four 5V motors |
| OLED Module | I2C1 (ADDR:0 X 3D) | 1.5-inch OLED module, 128 × 128 resolution, 16 grayscale display |
| Photoresistor Module | ADC0 | For detecting the brightness |
| Potentiometer Module | ADC1 | Can be used to simulate voltage changes |
| Voice Sensor Module | ADC2 | Can be used to detect ambient sound |
- PS: Onboard 3.3V for DC-DC output, the maximum current is 2A if the motor driver board power supply should pay attention to its current.
- The motor driver board is recommended to use an external power supply, which can improve system stability.
