Generic0

matching with the CM4 on size and mounting holes, fast heat dissipation

no hindrance to the antenna



using with base board



for reference only, CM4 and based boards are NOT included. 

comparing CM4 Cooling Solutions



Outline dimensions



What's in the box?

1 x CM4 heatsink


Resources

1. Attach thermal tapes onto the CM4, fix the nuts and standoffs to the heatsink

2. Fix the screws as the pictures shown

• Product: MG90S Servo
• Torque: 2.0kg/cm(4.8V), 2.8kg/cm(6V)
• Speed: 0.11s/60°(4.8V), 0.09s/60°(6V)
• Rotate angle: 180°
• Operating voltage: 4.8 ~ 6V
• Gear: metal
• Dead band: 5us
• Weight: 12.2g
• Dimension: 22.8mm × 12.2mm × 28.5mm

Please note: Raspberry Pi not included

Want to keep your Raspberry Pi cool whilst keeping noise to a minimum? Standard fans are great for cooling your CPU, but having them always on can be distracting in environments that demand silence, such as living areas or your office.

This 3-pin software-controllable fan aims to solve that problem. The fan connects to 5V, GND and a GPIO pin (GPIO 14) and, using the Raspberry Pi configuration tool, you can tell your Raspberry Pi to turn the fan on when it hits a certain temperature set by you!

We also include 4 screws and 4 nuts for adding to your own project enclosure if needed (colour may vary between black and silver)

How to use

Just click the Raspberry Pi icon on the Raspberry Pi OS desktop, then select Preferences > Raspberry Pi Configuration from the menu.

Select the Performance tab, enable the fan and select your fan trigger temperature (currently the minimum is 60°C).




Specifications

• Software-controllable 3-pin fan
• Size: 30mm
• Voltage rating: 5V
• Current draw: 0.2A max

Overview

This is the NodeMCU development board based on ESP32, features WiFi+Bluetooth connectivity, onboard CP2102 and keys. What's more, all the I/O pins of ESP32 module are accessible via the extension headers.

Thanks to the rich open-source resources, it supports development in various ways such as Lua/AT commands/MicroPython/Arduino/IOT source code, etc. helps you to fast prototype IoT applications.

Features

• Onboard ESP32 module
• Onboard CP2102, USB to UART converter
• USB port for power input, firmware programming, or UART debugging
• 2x19pin extension headers, breakout all the I/O pins of the module
• 2x keys, used as reset or user-defined

• WIFI module: ESP32
  • Processor: ESP32
• Built-in Flash: 32Mbit
• Antenna: Onboard PCB antenna
• Peripheral interface: UART/GPIO/ADC/DAC/SDIO/PWM/I2C/I2S
• WiFi protocol: IEEE 802.11 b/g/n
• Bluetooth: Bluetooth 4.2
• Frequency range: 2.4G ~ 2.5G (2400M ~ 2483.5M)
• WIFI mode: Station / SoftAP / SoftAP+Station
• Power supply: 5V
• Logic level: 3.3V
• Dimensions: 51.4mm x 25.4mm

The NodeMCU-32S suit for IOT applications such as:

• Smart home
• Intelligent building
• Industrial automation
• Wearable devices
• IP camera
• Intelligent agriculture

Wiki : www.waveshare.com/wiki/NodeMCU-32S

WS1132712 is an M12 lens with 12MP high resolution and 113° FOV
Suitable for M12 mount camera module such as Raspberry Pi HQ Camera M12

M12 Lens Selection

Model		WS1842714	WS1053516		WS1132712			WS1603212			WS0698012
Resolution		14M	16M		12M
Focal length		2.72mm	3.56mm		2.7mm			3.2mm			8mm
Aperture (F/NO)		2.5	2.5		2.8			2.0			1.8
Back focus length		3.06mm	5.92mm		4.97mm			6.14mm			10.02mm
DISTORTION		<-21%	<-17.6%		<-1.5%			<-64%			<-15.68%
Mount		M12*P0.5
Operating temperature		-30 ~ +75°C	-30 ~ +70°C					-40 ~ +105°C			-20 ~ +60°C
Construction		8G+IR	4G3P+IR		5G2P+IR			8G+IR
Weight		9g	7g		6g			28g			12g
Field of view	IMAGE FORMAT	1/2.3"	1/2.3"	1/2.5"	1/2.3"	1/2.5"	1/2.8"	1/1.7"	1/1.8"	1/2.8"	1/1.8"	1/2.5"	1/3.0"
	Diagonal	184.6°	105.0°	98.2°	113.0°	108.0°	101.0°	160.0°	153.6°	136.0°	69.5°	50.7°	43.0°
	Horizontal	140.0°	88.0°	87.7°	100.0°	97.0°	92.8°	131.0°	129.0°	113.5°	55.6°	44.4°	34.7°
	Vertical	102.6°	70.0°	53.3°	82.7°	67.0°	60.3°	99.0°	88.0°	83.0°	40.3°	32.6°	26.4°

Working with Raspberry Pi

• Black
• M4 x 6mm
• Steel Alloy
• pack of 10

• Black
• M5 x 6mm
• Steel Alloy
• pack of 10

• UTP
• CAT5E

• UTP
• CAT5E

• UTP
• CAT6

• UTP
• CAT6

• UTP
• CAT6

• UTP
• CAT6

• SOLAR CELL TYPE    Monocrystalline silicon
• SOLAR PANEL POWER    6W
• OPERATING VOLTAGE    5.5V ± 5%
• OPERATING CURRENT    1000mA ± 5% (Max)
• OPEN CIRCUIT VOLTAGE    7.2V ± 5%
• SHORT CIRCUIT CURRENT    1090mA ± 5% (Max)
• OUTPUT INTERFACES    micro USB, USB Type-C (with adapter)
• CABLE LENGTH    3m
• OUTLINE DIMENSIONS    225.0 × 195.0 × 17.6mm

Toughen Glass Panel

Connecting To Power Management Module

Connecting To Power Management Module Or Other Control Boards Which Support 5.5V Solar Panels For Charging Or Power Supply, Compatible With Solar Power Manager.

for reference only, the Solar Power Manager module and the MCU board are not included.

Comes With Foldable Stand

Easy To Install

Application Examples

Can Be Directly Connected To Low-Power Outdoor Smart Electronic Devices Which Support 5.5V Solar Panel Via USB Port, Such As Monitoring Devices, Doorbells, Fans, Emergency Lights, Etc.

Outline Dimensions



What's in the box?

1 x solar panel

Including 15 Common Modules Such As LED, Button, Buzzer, Etc.
Out Of The Box As A Whole Kit, Or Can Be Separated To Use Independently

• Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series boards
• All-in-one design, all modules are connected to Pico via PCB castellated holes, no soldering or wiring required.
• Including 15 common modules such as LED, button, buzzer, etc., which can be separated to use independently
• Comes with online development resources and manual (examples for Raspberry Pi Pico C/C++ and MicroPython)

Note: the PH2.0 cables are required for the connection with pico after the modules are separated.

MODEL	NOTE
Pico-Sensor-Kit-B	the Sensor Kit only

Based On Raspberry Pi Pico

Suitable For Raspberry Pi Pico Series Boards, Adapting 40PIN Color-Coded Header

Pico Expansion Board + 15 Common Modules

Comes With Relevant Resources And Tutorials To Help You Get Started Quickly

Pico-Sensor-Expender

① Onboard PH2.0 header for 3.7V Lithium battery, allows recharging the battery and powering the board at the same time.
② Onboard PH2.0 4PIN headers for connecting modules

1.5inch OLED Module

• Built in controller: SSD1327
• Resolution: 128×128
• 16 gray scale display
• I2C and SPI communication, switchable via onboard BS1 and BS2 resistors

6-Axis Attitude Sensor

• Onboard QMI8658C (3-axis accelerometer, 3-axis gyroscope), for detecting motion and orientation
• 16-bit resolution for both accelerometer and gyroscope

VOC Sensor

• Onboard SGP40 digital VOC gas sensor for air quality detection
• Measurement range: 0~1000ppm ethanol equivalents
• Communication interface: I2C (constant address: 0x59)
• Operating voltage: 3.3V/5V

Potentiometer Module

Adjustable voltage output, after the output voltage exceeds the LED conduction voltage, the LED brightness will increase with voltage

Photoresistor Module

For detecting the ambient light brightness, the output voltage will decrease as the brightness increases

Sound Sensor Module

For converting the sound signal into electrical signal, which is amplified through operational amplifier and then inputted to the comparator, providing analog voltage output and digital output respectively. Adjustable output amplitude via potentiometer A and digital interface trigger voltage via potentiometer D.

RGB LED Module

• Built in controller: WS2812B
• Brightness: 256 levels adjustable
• Color depth: 24 bits (R / G / B 8-bit each color, can be combined to 16777216 colors)

Buzzer Module

Onboard passive buzzer, outputs different sounds according to the different frequencies of the electrical signal.

IR Receiver Module

Onboard IRM-H638T/TR2 for receiving infrared remote control signal

IR Transmitter Module

Onboard TSAL6400 for transmitting infrared remote control signals, with the infrared light wavelength of 940nm.

Button Module

Onboard 12×12mm button, for human-computer interaction

LED Module

Onboard 10mm LED with soft light, for status indication

Temperature/Humidity Module

Onboard SHTC3 chip supports measuring 0 to 100% relative humidity and -40°C to 125°C temperature, with a typical measurement accuracy of ±2% relative humidity and ±0.2°C

EEPROM Module

Onboard AT24C04 chip for preserving 2Kbit of data when powered down

Motor Driver Module

• Onboard PCA9685 chip, can output 12-bit hardware PWM to control motor speed
• Onboard TB6612FNG dual H-bridge motor driver chip, high efficiency, not easy to heat
• logic voltage: 3.3V

All-In-One Design, Out Of The Box

All Modules Are Connected To Pico Via PCB Castellated Holes, No Soldering Or Wiring Required, Or Can Be Separated To Use Independently



Outline Dimensions

What's in the box?

1 x Pico-Sensor-Kit-B
1 x IR remote controller
15 x PH2.0 dual-plug 4PIN cable
5 x PH2.04PIN cable

You will also need...

Raspberry Pi Pico


Resources

Wiki: www.waveshare.com/wiki/Pico-Sensor-Kit-B