Electronics Modules

FeaturesThe Pico-Audio is an audio expansion module designed for Raspberry Pi Pico, which incorporates PCM5101A low power stereo decoder, and uses I2S bus for transmitting audio signal. It supports wide range audio sampling rate, allows headphone and speaker signal output at the same time. 1. Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series 2. Standard 3.5mm audio jack, for connecting external headphone 3. Dual channels speaker headers, for direct driving speakers 4. 8~384000Hz audio sampling rate 5. Stereo sound effect output 6. Using 3-wire I2S, effectively reducing EMI 7. Come with development resources and manual (Raspberry Pi Pico audio play code, sound card code)Specification1. Operating voltage: 5V 2. Logic level: 3.3V 3. Audio decoder: PCM5101A 4. Audio BUS: I2S 5. DAC SNR: 106 dB 6. Speaker driving: 2.6W/channel (4ohms BTL)Package List1. Pico-Audio x1 2. 8ohms 5W speaker x1

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Features1. No backlight, keeps displaying last content for a long time even when power down 2. Ultra low power consumption, basically power is only required for refreshing 3. SPI interface, requires minimal IO pins 4. 2x user buttons and 1x reset button for easy interacting 5. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)Specification1. Operating voltage: 3.3V 2. Display color: Red, black, white 3. Resolution: 648x480 pixels 4. Grey scale: 2 5. Interface: 3-wire SPI, 4-wire SPI 6. Viewing angle: Greater than 170 degree 7. Partial refresh time: N/A 8. Full refresh time: 5s 9. Dimensions: 125.4x99.5mm 10. Display size: 119.232x88.320mm 11. Refresh power: 26.4mW (typ.) 12. Standby current: Less than 0.01uA (almost none) 13. Dot pitch: 0.184 x 0.184mmAdvantages Of EINK1. E-paper display utilizes microcapsule electrophoretic technology for displaying, the principle is: charged particles suspended in clear fluid will move to sides of microcapsule when electric field is applied, making the microcapsule become visible by reflecting ambient light, just as traditional printed paper. 2. E-paper display will clearly display images/texts under lamplight or natural light, requires no backlight, and features nearly up to 180 degree viewing angle. It is usually used as e-reader due to its paper-like effect.Package List1. 5.83 inch e-Paper x 1 2. Pico-ePaper-Driver-Board x 1 3. Standoff pack x 1

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Features1. No backlight, keeps displaying last content for a long time even when power down 2. Ultra low power consumption, basically power is only required for refreshing 3. SPI interface, requires minimal IO pins 4. 2x user buttons and 1x reset button for easy interacting 5. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)Advantages Of EINK1. E-paper display utilizes microcapsule electrophoretic technology for displaying, the principle is: charged particles suspended in clear fluid will move to sides of microcapsule when electric field is applied, making the microcapsule become visible by reflecting ambient light, just as traditional printed paper. 2. E-paper display will clearly display images/texts under lamplight or natural light, requires no backlight, and features nearly up to 180 degree viewing angle. It is usually used as e-reader due to its paper-like effect.Specification1. Operating voltage: 3.3V 2. Display color: Red, black, white 3. Resolution: 800x480 pixels 4. Grey scale: 2 5. Interface: 3-wire SPI, 4-wire SPI 6. Viewing angle: Greater than 170 degree 7. Partial refresh time: N/A 8. Full refresh time: 5s 9. Outline dimensions: 170.2 x 111.2mm 10. Display size: 163.2 x 97.92mm 11. Refresh power: 26.4mW (typ.) 12. Standby current: Less than 0.01uA (almost none) 13. Dot pitch: 0.204 x 0.204 mmPackage List1. 7.5 inch e-Paper x1 2. Pico-ePaper-Driver-Board x1 3. Standoff pack x1

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FeaturesThe Pico-UPS-B is a dedicated UPS (Uninterruptible Power Supply) module designed for Raspberry Pi Pico. It incorporates Li-po battery switching charger with power path management, and voltage/current monitoring chip, allows monitoring the battery operating status via I2C bus. What is more, the male pin header make it possible to "stack" other modules on top. 1. Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series boards 2. Incorporates Li-po battery switching charger with dynamic power path management, more stable power supply 3. I2C bus communication, monitoring the battery voltage, current, power, and remaining capacity in real time 4. Multi battery protection circuits: over charge/discharge protection, over current protection, short circuit protection, and reverse protection, more safe and stable 5. Onboard recharging indicator, power indicator, easy to check the battery status 6. Come with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)Specification1. Charging voltage: 5V 2. Control bus: I2C 3. Battery support: 600mAh 3.7V lithium battery 4. Size: 60 x 21mm

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Specification1. USB: - USB 2.0 x 2 - USB 2.0 x 2 (via FFC connector) 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. Header: M.2 slot x 1 4. HD media interface: HDMI x 2, 1x via FFC connector, support 4K 30fps output 5. DSI display: MIPI DSI x 1 (15pin 1.0mm FPC) 6. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 7. Power input: 5V 8. FAN: 5V / 12V (no fan control) 9. RJ45 Ethernet: Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size: 85.0 x 56.0mmPackage List1. CM4-IO-BASE-B x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-5V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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FeaturesThe A7670E Cat-1 HAT is an LTE Cat-1 module, which supports wireless communication modes including LTE-TDD, LTE-FDD, GSM, GPRS and EDGE, with up to 10Mbps downlink rate and 5Mbps uplink rate. It supports Windows/Linux operating systems and multiple network protocols. The module size is the same as SIM7000/SIM7070 series, and the AT commands is mostly compatible with SIM7600 series. It is suitable for IoT applications like remote information processing, monitoring devices, POS, industrial routers, remote diagnosis, and so on. 1. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards 2. Support protocols including TCP/IP, HTTP(s), MQTT(s), FTP(s), and SSL 3. Support dial-up, telephone call, SMS 4. Support LBS base station positioning, it is able to get the approximate position info via mobile network 5. TTS (Text To Speech) feature, texts in Chinese/English can be converted into spoken words 6. Onboard USB interface, for testing AT Commands, network communication, and so on 7. Onboard audio jack for sound recording, making telephone call, listening the TTS resulting speech, etc. 8. Breakout common used control pins of the A7670X module, make it easy to connect with hosts boards like Arduino/STM32 9. SIM card slot, supports 1.8V/3V SIM card 10. 2x LED indicators, easy to monitor the operating status 11. Onboard voltage translator, operating voltage can be configured to 3.3V or 5V via jumper 12. Come with development resources and manual (examples for Raspberry Pi/Arduino/STM32)SpecificationFrequency band 1. LTE Cat-1: LTE-FDD: B1, B3, B5, B7, B8, B20 2. 2G: GSM/GPRS/EDGE: 900/1800 MHz SMS and audio 1. SMS: Supported types: MT, MO, CB, Text, PDU 2. Storage: USIM card (CB could not be stored on SIM card) 3. Audio feature: Standard 3.5mm audio jack for audio input/output Others 1. Power supply: 5V 2. Operating voltage:5V / 3.3V (configured via jumper) 3. Operating temperature: -30 degree C ~ 80degree C 4. Storage temperature: -45 degree C ~ 90 degree C 5. Dimensions: 65 x 30.5mmPackage List1. A7670E Cat-1 HAT x 1 2. LTE Antenna x 1 3. USB-A to USB-C cable x 1 4. RPi screws pack x 1

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Product Overview1. The Raspberry Pi PoE+ HAT is a Power Over Ethernet (PoE+) accessory for the Raspberry Pi 3B+/4B. Compared to its predecessor Raspberry Pi PoE HAT, it features better cooling effect, implementing the 802.3af/at standard with 5V DC/4A larger power output, providing enough power for both Raspberry Pi 3B+/4B at max load and other peripherals at the same time. 2. By using this small HAT and some proper 802.3af/at-compliant power sourcing equipments, it is possible to provide both network connection and power supply for your Raspberry Pi in only one Ethernet cable.Specification1. PoE standard: 802.3af/at 2. Input voltage: 37-57 V DC, Class 4 device 3. Output voltage/current: 5V DC/4A 4. Current sense: Yes 5. Transformer design: Planar 6. Fan: Controllable brushless cooling fan, delivering 2.2 CFM for processor cooling 7. Fan size: 25 x 25mm 8. Feature: Fully isolated switched-mode power supply 9. Compatible with: Raspberry Pi 3B+/4BPackage List1. Raspberry Pi PoE+ HAT x1 2. Standoffs pack x1

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Specification1. USB: - USB 2.0 x 2 - USB 2.0 x 2 (via FFC connector) 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. Header: M.2 slot x 1 4. HD media interface: HDMI x 2, 1x via FFC connector, support 4K 30fps output 5. DSI display: MIPI DSI x 1 (15pin 1.0mm FPC) 6. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 7. Power input: 5V 8. FAN: 5V / 12V (no fan control) 9. RJ45 Ethernet: Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size: 85.0 x 56.0mmPackage List1. CM4-IO-BASE-B x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-5V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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Specification1. USB: USB 3.2 Gen1 x 3 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. HD media interface: HDMI x 2, support 4K 30fps output 4. DSI display: MIPI DSI x 2 (15pin 1.0mm FPC) 5. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 6. Power input: 7V - 36V 7. FAN: 5V / 12V (Allows speed adjustment and measurement) 8. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 9. RJ45 Ethernet: Dual Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size:109.0 x 91.5mmPackage List1. CM4-DUAL-ETH-BASE x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-12V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 12V 2A power adapter x 1

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Device & System SupportRaspberry Pi 1. Support Raspbian, 5-points touch, driver free 2. Support Ubuntu / Kali / WIN10 IoT, single point touch, driver free 3. Support Retropie, driver free 4. Support all versions of Raspberry Pi PC Support Windows 10 / 8.1 / 8 / 7, 5-points touch, driverTouch Control1. Up to 5-points touch, depending on the operating system. 2. Up to 6H hardness toughened glass panel.Package List1. 5 inch HDMI LCD (H) V4 x1 2. HDMI cable x1 3. HDMI to Micro HDMI Adapter x1 4. USB type A plug to micro B plug cable x1 5. RPi screws pack (4pcs) x1

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Specification1. USB: USB 3.2 Gen1 x 3 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. HD media interface: HDMI x 2, support 4K 30fps output 4. DSI display: MIPI DSI x 2 (15pin 1.0mm FPC) 5. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 6. Power input: 7V - 36V 7. FAN: 5V / 12V (Allows speed adjustment and measurement) 8. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 9. RJ45 Ethernet: Dual Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size:109.0 x 91.5mmPackage List1. CM4-DUAL-ETH-BASE x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-12V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 12V 2A power adapter x 1

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FeaturesThe Pico-GPS-L76B is a GNSS module designed for Raspberry Pi Pico, with multi satellite systems support including GPS, BDS, and QZSS. It has advantages such as fast positioning, high accuracy, and low power consumption, etc. Combined with the Raspberry Pi Pico, it is easy to use global navigating function. 1. Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series boards 2. Multi satellite systems support: GPS, BDS, and QZSS 3. Easy, self track prediction technology, help quick positioning 4. AlwaysLocate, intelligent controller of periodic mode for power saving 5. Support D-GPS, SBAS (WAAS/EGNOS/MSAS/GAGAN) 6. UART communication baudrate: 4800~115200bps (9600bps by default) 7. Onboard battery holder, supports ML1220 rechargeable cell, for preserving ephemeris information and hot starts 8. 4 x LEDs for indicating the module operating status 9. Come with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)SpecificationGNSS 1. Frequency band: GPS L1 (1575.42Mhz), BD2 B1 (1561.098MHz) - Channels: 33 tracking ch, 99 acquisition ch, 210 PRN ch - C/A code - SBAS: WAAS, EGNOS, MSAS, GAGAN 2. Horizontal position accuracy (autonomous positioning): Less than 2.5m CEP 3. Time-To-First-Fix at -130dBm(EASY enabled): - Cold starts: Less than 15s - Warm starts: Less than 5s - Hot starts: Less than 1s 4. Sensitivity: - Acquisition: -148dBm - Tracking: -163dBm - Re-acquisition: -160dBm 5. Dynamic performance - Altitude (MAX): 18000m - Velocity (MAX): 515m/s - Acceleration (MAX): 4g Others 1. Communication interface: UART 2. Baudrate: 4800~115200bps (9600bps by default) 3. Update rate: 1Hz (default), 10Hz (MAX) 4. Protocols: NMEA 0183, PMTK 5. Power supply voltage: 5V 6. Operating current: 13mA 7. Overall current consumption: Less than 40mA at 5V (Continue mode) 8. Operating temperature: -40~ 85 degree C 9. Dimensions: 52 x 21mm

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Specification1. USB: - USB 2.0 x 2 - USB 2.0 x 2 (via FFC connector) 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. Header: M.2 slot x 1 4. HD media interface: HDMI x 2, 1x via FFC connector, support 4K 30fps output 5. DSI display: MIPI DSI x 1 (15pin 1.0mm FPC) 6. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 7. Power input: 5V 8. FAN: 5V / 12V (no fan control) 9. RJ45 Ethernet: Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size: 85.0 x 56.0mmPackage List1. CM4-IO-BASE-A x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-5V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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Specification1. POE: Integrates 802.3af-compliant PoE circuit (5V/2.5A) 2. USB: USB 2.0 x 4 3. GPIO: Raspberry Pi 40 PIN GPIO x 1 4. Header: - RS485 x 1 - RS232 x 1 - PCIe Gen 2 x 1 5. HD media interface: HDMI x 2, supports 4K 30fps output 6. DSI display: MIPI DSI x 2 (15pin 1.0mm FPC) 7. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 8. Power input: 5V 9. FAN: 5V / 12V (Allows speed adjustment and measurement) 10. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 11. RJ45 Ethernet: Gigabit Ethernet 12. CM4 slot: Suitable for all variants of Compute Module 4 13. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 14. Size: 124.50 x 108.80mmPackage List1. Compute Module 4 PoE Board (B) x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-12V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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Specification1. USB: - USB 2.0 x 2 - USB 2.0 x 2 (via FFC connector) 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. Header: M.2 slot x 1 4. HD media interface: HDMI x 2, 1x via FFC connector, support 4K 30fps output 5. DSI display: MIPI DSI x 1 (15pin 1.0mm FPC) 6. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 7. Power input: 5V 8. FAN: 5V / 12V (no fan control) 9. RJ45 Ethernet: Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size: 85.0 x 56.0mmPackage List1. CM4-IO-BASE-A x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-5V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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Features1. No backlight, keeps displaying last content for a long time even when power down 2. Ultra low power consumption, basically power is only required for refreshing 3. SPI interface, requires minimal IO pins 4. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)Specification1. Operating voltage: 3.3V 2. Display color: Black, white 3. Resolution: 296 x 152 pixels 4. Grey scale: 2 5. Interface: 3-wire SPI, 4-wire SPI 6. Viewing angle: Greater than 170 degree 7. Partial refresh time: 0.3s 8. Full refresh time: 2s 9. Dimensions: 74.00 x 37.50mm 10. Display size: 60.088 x 30.704mm 11. Refresh power: 42.4mW(typ.) 12. Standby current: Less than 0.01uA (almost none) 13. Dot pitch: 0.203 x 0.202mmPackage List1. Pico-ePaper-2.66 x1 2. Standoff pack x1

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Specification1. POE: Integrates 802.3af-compliant PoE circuit (5V/2.5A) 2. USB: USB 2.0 x 4 3. GPIO: Raspberry Pi 40 PIN GPIO x 1 4. Header: - RS485 x 1 - RS232 x 1 - PCIe Gen 2 x 1 5. HD media interface: HDMI x 2, supports 4K 30fps output 6. DSI display: MIPI DSI x 2 (15pin 1.0mm FPC) 7. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 8. Power input: 5V 9. FAN: 5V / 12V (Allows speed adjustment and measurement) 10. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 11. RJ45 Ethernet: Gigabit Ethernet 12. CM4 slot: Suitable for all variants of Compute Module 4 13. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 14. Size: 124.50 x 108.80mmPackage List1. Compute Module 4 PoE Board (B) x 1 2. Metal case (top and bottom) x 1 3. Fan-4010-PWM-12V x 1 4. Screwdriver x 1 5. Screws pack x 1 6. 5V 3A USB-C power adapter x 1

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1. 2.9 inch capacitive touch ePaper module, 296??128 resolution 2. 5-points touch support, user-defined wakeup gesture 3. No backlight, keeps displaying last content for a long time even when power down 4. Ultra low power consumption, basically power is only required for refreshing 5. SPI / I2C interface, requires minimal IO pins 6. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples)

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Features1. 2.9inch capacitive touch ePaper module, 296??128 resolution 2. 5-points touch support, user-defined wakeup gesture 3. No backlight, keeps displaying last content for a long time even when power down 4. Ultra low power consumption, basically power is only required for refreshing 5. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards 6. Reversed control interface, for connecting with controller boards like Arduino/STM32, etc. 7. Comes with development resources and manual (examples for Raspberry Pi)Specification1. Operating voltage: 3.3V/5V 2. Display color: Black, white 3. Resolution: 296 x 128 pixels 4. Grey scale: 2 5. Interface: 3-wire SPI, 4-wire SPI 6. Viewing angle: Greater than 170 degree 7. Partial refresh time: 0.3s 8. Full refresh time: 2s 9. Dimensions: 89.10 x 42.70mm 10. Display size:66.89 x 29.05mm 11. Refresh power: 26.4mW (typ.) 12. Standby current: Less than 0.01uA (almost none) 13. Dot pitch: 0.227 x 0.226mm

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1. USB: - USB 2.0 x 2 - USB 2.0 x 2 (via FFC connector) 2. GPIO: Raspberry Pi 40 PIN GPIO x 1 3. Header: M.2 slot x 1 4. HD media interface: HDMI x 2, 1x via FFC connector, support 4K 30fps output 5. DSI display: MIPI DSI x 1 (15pin 1.0mm FPC) 6. CSI camera: MIPI CSI-2 x 2 (15pin 1.0mm FPC) 7. Power input: 5V 8. FAN: 5V / 12V (no fan control) 9. RJ45 Ethernet: Gigabit Ethernet 10. CM4 slot: Suitable for all variants of Compute Module 4 11. SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 12. Size: 85.0 x 56.0mm

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1. Adopts both 4-wire SPI and I2C interface, better compatibility, fast data rate 2. Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series boards 3. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples) Specification 1. Operating voltage: 3.3V / 5V, Logic voltage: 3.3V 2. Resolution: 128x32 pixels 3. Viewing angle: Greater than 160 degree 4. Communication interface: 4-wire SPI, I2C 5. Display panel: OLED 6. Display size: 55.02 x 13.10mm 7. Pixel size: 0.41 x 0.39mm 8. Driver: SSD1305 9. Size: 52.00 x 25.00mm

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About The ProductNeedless to say, the Raspberry Pi is powerful enough in most cases, yet it is not that good at providing precise PWM output. You may have tried to control a robotic arm or a hexapod walker by using the Pi, but finally get frustrated due to the limited number of PWM outputs and the jittering servo. Now you get a new option to bring your ideas to life, we prepare this useful Servo Driver HAT for you. Features 1. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano 2. I2C controlled, using only 2 pins 3. Up to 16-Channel servo/PWM outputs, 12-bit resolution for each channel (4096 scales) 4. Integrates 5V regulator, up to 3A output current, can be powered from battery through VIN terminal 5. Standard servo interface, supports common used servo such as SG90, MG90S, MG996R, etc. 6. Reserved I2C control pins, allows to work with other control boards 7. Comes with development resources and manual (examples in python like Bluetooth/WiFi remote control) Specifications 1. Power supply: 5V (Pi connector) OR 6V~12V (VIN terminal) 2. Servo voltage: 5V 3. Logic voltage: 3.3V 4. Driver: PCA9685 5. Control interface: I2C 6. Dimension: 65mm x 30mm 7. Mounting hole size: 3.0mm 8. Supported Servo This HAT can be used to drive servos such as: - SG90 Servo - MG90S Servo - MG996R ServoPackage List1. Servo Driver HAT x1 2. RPi screws pack (2pcs) x1 Note: Raspberry Pi and servos are NOT included.

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Features: 1. SPI-compatible, easy to drive 2. Standard Raspberry Pi Pico header, supports Raspberry Pi Pico series 3. Come with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples) Specifications: 1. Operating voltage: 5V 2. DIGITS: 4 3. LED color: Red 4. Driver: 74HC595 5. Display part No.: FJ4401AH 6. Display size: 0.4 inch 7. Size: 52 x a??21m

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About The ProductNeedless to say, the Raspberry Pi is powerful enough in most cases, yet it is not that good at providing precise PWM output. You may have tried to control a robotic arm or a hexapod walker by using the Pi, but finally get frustrated due to the limited number of PWM outputs and the jittering servo. Now you get a new option to bring your ideas to life, we prepare this useful Servo Driver HAT for you. Features 1. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano 2. I2C controlled, using only 2 pins 3. Up to 16-Channel servo/PWM outputs, 12-bit resolution for each channel (4096 scales) 4. Integrates 5V regulator, up to 3A output current, can be powered from battery through VIN terminal 5. Standard servo interface, supports common used servo such as SG90, MG90S, MG996R, etc. 6. Reserved I2C control pins, allows to work with other control boards 7. Comes with development resources and manual (examples in python like Bluetooth/WiFi remote control) Specifications 1. Power supply: 5V (Pi connector) OR 6V~12V (VIN terminal) 2. Servo voltage: 5V 3. Logic voltage: 3.3V 4. Driver: PCA9685 5. Control interface: I2C 6. Dimension: 65mm x 30mm 7. Mounting hole size: 3.0mm 8. Supported Servo This HAT can be used to drive servos such as: - SG90 Servo - MG90S Servo - MG996R ServoPackage List1. Servo Driver HAT x1 2. RPi screws pack (2pcs) x1 Note: Raspberry Pi and servos are NOT included.

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1. 160x80 resolution, IPS screen, 65K RGB colors, clear and colorful displaying effect 2. SPI interface, requires minimal IO pins 3. 1x joystick and 2x user buttons for easy interacting 4. Comes with development resources and manual (Raspberry Pi Pico C/C++ and MicroPython examples) Specification 1. Operating voltage: 2.6 ~ 5.5V 2. Resolution: 160x80 pixels 3. Display color: 65K RGB 4. Communication interface: 4-wire SPI 5. Display panel: IPS 6. Display size: 21.70 x 10.80mm 7. Pixel size: 0.1356 x 0.135mm 8. Driver: ST7735S 9. Size: 52.00 x 25.00mm

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FeaturesThis is a precise centimeter level Raspberry Pi GNSS HAT based on ZED-F9P. It provides features like multi-band RTK with fast convergence times, high update rate, moving base RTK mode support, concurrent reception of 4 GNSS systems, augment positioning systems support, accurate & fast positioning with minor drifting, and outstanding ability for anti-spoofing & anti-jamming. By simply attaching it onto the Pi, it is fairly easy to enable GNSS capability for your Raspberry Pi. 1. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano 2. Multi-band RTK with fast convergence times, centimeter level accuracy, high update rate 3. Support Moving base RTK mode, enabling terminal precise navigation and centimeter level accuracy 4. Support concurrent receiving 4 GNSS constellations (GPS, BeiDou, Galileo and GLONASS), and still retains low power consumption 5. Augment systems support, including SBAS, QZSS, IMES, D-GPS, improving the positioning performance of service location 6. A-GNSS (Assisted GNSS) support, reducing the first positioning time when powered up, improving the acquisition sensitivity 7. Features -167dBm navigating sensitivity and outstanding ability for anti-spoofing & anti-jamming, supports geo-fencing 8. Support U-Center, an easy way to config the module 9. Onboard battery holder, supports ML1220 rechargeable cell, for preserving ephemeris information and hot starts 10. 4x LEDs for indicating the module operating status 11. Come with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32)Specification1. ZED-F9P: Concurrent receiving, GPS 2. Frequency band: U-blox F9 platform, GPS L1C/A L2C, SBAS, QZSS, GLONASS L1OF L2OF, BeiDou B1I B2I, Galileo E1B/C E5b 3. Navigation update rate: - PVT: 20Hz - RTK: 25Hz - RAW: 25Hz 4. RTK convergence time: Less than 30s 5. Time-To-First-Fix: - Cold starts: 29s - Hot starts: 2s - Aided starts: 2s 6. Positioning accuracy: - PVT: 1.5m CEP - RTK (horizontal and vertical): 0.01m+1ppm CEP 7. Sensitivity: - Tracking and navigatingV-167 dBm - Re-acquisitionV-160 dBm - Cold starts: -148 dBm - Hot starts: -157 dBm 8. Velocity accuracy: 0.05 m/s 9. Heading accuracy 0.3 degree 10. PPS accuracy: - RMS: 30ns - 99%: 60ns - Jamming: +/-11ns 11. PPS frequency: 0.25Hz ~ 10MHz (configurable) 12. Operational limits: Acceleration (MAX): 4g 13. Altitude (MAX): 50000m 14. Velocity (MAX): 500m/s 15. Communication interface: USB, UART (4800~921600bps, 9600bps by default), I2C (MAX 400KHz), SPI (5MHz) 16. Protocol: NMEA 0183 Version 4.10, UBX, RTCM 3.3 17. Power supply: 5V 18. Overall current: Less than 120mA at 5V (continue mode) 19. Module current: 130mA at 3V (tracking status) 20. Operating temperature: -40 degree C ~ 85 degree C 21. Dimensions: 65mm x 30.5mmPackage List1. ZED-F9P GPS-RTK HAT x 1 2. Multi-band antenna x 1 3. USB-A to Micro-B cable x 1 4. Screws pack x 1 5. 2x20PIN female header x 1

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1. Solar cell type: Polysilicon 2. Power: 10 Wp 3. Output power tolerance: +/-3% 4. Conversion efficiency: Greater than 20% 5. Operating voltage: 17.6V 6. Operating current: 0.57A 7. Open circuit voltage: 21.6V 8. Short circuit current: 0.61A 9. Cell quantity: 36 (4x9) 10. Standard system voltage: 1000V 11. Operating temperature: -40 degree C ~ +85 degree C 12. Pressure on panel:30m/s(200kg/sq.m) (Max) 13. Cable length:90 cm 14. Frame material: Anodic oxidation aluminum alloy 15. Dimensions: 340 x 232 x 17 mm 19. Weight:0.935 kg

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1. The sensor module has strong adaptability to ambient light. It has a pair of infrared emitting and receiving tubes. The emitting tube emits a certain frequency of infrared rays. When the detection direction encounters an obstacle (reflecting surface), the infrared rays are reflected back by the receiving tube After receiving and processing by the comparator circuit, the green indicator light will light up, and the signal output interface will output a digital signal (a low-level signal). The detection distance can be adjusted by the potentiometer knob. The effective distance range is 2-30cm, and the working voltage is 3.3. V-5V.2. The detection distance of the sensor can be adjusted by a potentiometer, which has the characteristics of low interference, easy assembly, and convenient use.3. Widely used in many occasions such as robot obstacle avoidance, obstacle avoidance trolley, assembly line counting and black and white line tracking.4. The output port OUT of the sensor module can be directly connected to the IO port of the single-chip microcomputer, or it can directly drive a 5V relay; connection mode: VCC-VCC; GND-GND; OUT-IO5. The comparator adopts LM393, which works stably;6. The module can be powered by 3-5V DC power supply. When the power is turned on, the red power indicator lights up;7. With 3mm screw hole, easy to fix and install;8. Circuit board size: 3.2CM x 1.4CM9. Module interface description-VCC external 3.3V-5V voltage (can be directly connected with 5v single-chip microcomputer and 3.3v single-chip microcomputer)-GND External GND-OUT small board digital output interface (0 and 1)

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1. Chip solution: TPA3116D2 (with AM interference suppression function)2. With or without filter: Yes (the sound is more mellow and clear after filtering)3. Adapted supply voltage: 5~27V4. Adapted speakers: 30W~200W, 4ohms, 8ohms5. Number of channels: left and right dual channels (stereo)6. Bluetooth version: 5.07. Bluetooth transmission distance: 15 meters (unobstructed)8. Protection mechanism: overvoltage, undervoltage, overheating, DC detection, short circuit protection9. Tip: Only when the audio input is sufficient and the power supply voltage/current is sufficient, there will be sufficient output power. The higher the power supply voltage, the higher the relative power, and speakers with different impedances will have different output powers. In the case of sufficient voltage and current, the greater the ohms of the speaker, the lower the relative sound power, please pay attention!10. Power supply voltage:-12V ------ 8 ohm speaker/12W (left channel) + 12W (right channel), 4 ohm speaker/20W+ 20W-15V ------ 8 ohms/18+ 18W, 4 ohms/more than 30 + 30W-19V ------ 8 ohms/32 + 32W, 4 ohms/more than 45 + 45W-24V ------ 8 ohms/38 + 38W, 4 ohms/more than 55 + 55W

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1. Working voltage: 3.7~24VDC2. Bluetooth version: 5.03. Transmission distance: 15 meters (visible without obstruction)4. Signal to noise ratio: greater than or equal to 90dB5. Distortion: less than or equal to -70dB6. Number of channels: dual channel (stereo)7. Audio interface: 3.5mm audio interface8. Module protection mechanism: Power reverse connection protection9. Interface description:- Power supply can use Micro-USB mobile phone charger, 3.7-4.2V lithium battery, 3.7-24V DC power supply, you can choose one of the three.- Short the "on/off contact" for 2 seconds to set the decoder board on/off. For battery-powered situations, turning off when not in use will save power and facilitate modification.

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1. Onboard TDA2030A audio power amplifier chip2. Mono 18W power amplifier circuit design3. Onboard speaker terminal block4. Onboard 10K adjustable resistor, you can adjust the amplified volume5. Onboard power indicator6. The main pins of the chip have been led out, you can directly input audio signals7. Working voltage: 6～12V

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Parameter:1. Power supply voltage: DC 3.7-5V2. Power supply interface: MICRO USB port or 2.54mil pin port3. Length, width and height: 3.3x3.5x1.1cm4. Bluetooth name: BM35. Bluetooth password: 1688 (you need to enter the password to connect and cannot be modified)6. Communication distance: 3-12 meters (different due to environmental obstacles)7. Support Bluetooth version: Support Bluetooth 4.1 or below8. Support mobile phone system: Android, IOS system9. Channel: dual channel10. Audio quality: MP3 lossless decoding11. Built-in power amplifier: none12. External power amplifier: does not limit the small external power amplifier13. PCB thickness: 1.6mm14. Needle spacing: 2.54milFeatures:1. Have a Bluetooth connection password to prevent others from mistakenly connecting and operating.2. Ultra-small size, easy to be embedded in modified products3. Two-channel stereo output, compatible with most power amplifiers, home audio and video, car audio and other equipment in the market4. Standard MICRO MINI USB 5P interface, the same Android phone charging port can be powered by the phone data cable5. Specific DIY embedded refitting pins, which can be plugged in and soldered on your own circuit board for refitting6. High-fidelity output circuit, resistance-capacitance isolation, no noise, good sound quality7. Wireless plug-in U disk, memory card and button settings, pure mobile phone operation connection to play MP38. Equipped with 1 status pin, which can be used by professionals, such as combining single-chip microcomputer and relay switch to realize music desk lamp.Application scenarios:- Car audio modification, home audio modification- Personal DIY Bluetooth audio, electronic project production- Square dance sound, outskirt sound modification

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1. Working voltage: 3.7~24VDC2. Bluetooth version: 5.03. Transmission distance: 15 meters (visible without obstruction)4. Signal to noise ratio: greater than or equal to 90dB5. Distortion: less than or equal to -70dB6. Number of channels: dual channel (stereo)7. Audio interface: 3.5mm audio interface8. Module protection mechanism: Power reverse connection protection9. Interface description:- Power supply can use Micro-USB mobile phone charger, 3.7-4.2V lithium battery, 3.7-24V DC power supply, you can choose one of the three.- Short the "on/off contact" for 2 seconds to set the decoder board on/off. For battery-powered situations, turning off when not in use will save power and facilitate modification.

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1. Compatible port: ATX (compatible with some BTX types)2. PIN code: 24 pin3. Switch: Yes4. Number of output groups: Four groups of different voltages5. Size: 128 x 48 x 30mmFeatures: 1. With power output indicator. 2. With module switch to turn off output 3.The output terminal can pass large current. 4. With output protection fuse, four groups correspond to four road output.

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1. Used to generate square wave rectangular wave signals for controlling DC motors or stepper motor drivers; used for servo motors, stepper motors, electric grippers, instead of PLC pulses, etc.2. The matching driver realizes dimming, speed control, solenoid valve control, etc., but it cannot directly drive loads such as electric lamp motor solenoid valves3. Two modes can be selected:- PWM mode a frequency (continuous) duty cycle. Note that the number of pulses cannot be set in this mode, and pulses are always sent;- PULSE pulse mode one positive pulse width time, negative pulse width time, delay start time, pulse number are adjustable.5. With start and stop button, you can also connect an external switch to control the output signal ON/OFF.6. Wide voltage input 3.3-30V, with anti-reverse connection protection.7. The 5.08mm screw terminal is convenient for wiring, with a shell8. Working voltage: 3.3~30V, with anti-reverse connection protection9. Frequency range: 1Hz~150KHz, accuracy is about 1%10. Duty cycle range: 0-100%, 1% step11. Number of pulses: 1-9999, or infinite12. Delayed output time: 0.000s-9999s, the minimum can be set to 1ms13. Positive and negative pulse width length: 0.000s-9999s, the minimum can be set to 1ms14. Signal carrying capacity: less than 30mA15. Output signal amplitude: the amplitude is equal to the supply voltage16. Product size: 79mm x 43mm x 30mm17. Product weight: 40g

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1. The working voltage is DC 10V-35V. It is recommended to use a switching power supply DC24V for power supply.2. Using 6N137 high-speed optical coupling to ensure high speed without losing step.3. Using Toshiba TB6560AHQ chip, there are built-in low-voltage shutdown, overheating shutdown and overcurrent protection circuits to ensure performance.4. The rated output (max) is: +/-3A, with a vertex value of 3.5A.5. It is suitable for two-phase/four-phase/four-wire/six-wire stepping motor with 42,57 stepping within 3A, but not suitable for stepping motor with more than 3A.6. Automatic half-flow function.7. Subdivision: Full step, half step, 1/8 step, 1/16 step, maximum 16 subdivision.8. Dimensions: Width 50 x length 75 x height 35 (MM)9. Weight: 83G10. This module does not have any protection circuit, so you must be very careful when using it, otherwise the chip is easy to burn out.Features in similar products:1. The current level can be adjusted step by step to meet your multiple application requirements.2. Automatic half flow is adjustable.3. Using 6N137 high-speed optical coupling to ensure high speed without losing step.4. The board printing instructions can be operated without manual.5. Adopt thick and densely toothed radiator for good heat dissipation.

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1. Soft start function2. Conversion efficiency reaches 97%3. 220Khz switching frequency4. Built-in synchronous switch step-down converter chip5. Output voltage range: 3V to 12V, automatically adjusted according to the fast charge protocol6. Used in car chargers, fast charging adapters, smart power strips, solar chargers, etc.7. This module is a 4-way pressure drop fast charging module, please use 12V-30V DC power supply, and the positive and negative poles cannot be reversed.8. Input voltage range: 4.5V to 32V (the input voltage must be higher than the output voltage, because it is a voltage drop module)9. Multiple protections, high reliability, output over current, input over voltage, input under voltage, output short circuit protection, over temperature protection of the whole machine10. The output has CV/CC characteristics (output current is less than the set value, output CV mode; output current is greater than the set value, output CC mode)11. PCB adopts FR-4 1.6mm thickness design, optimized layout and wiring, tight design, open window on the back for heat dissipation, low full load working temperature, standby current 0.013A, module has output voltage compensation function12. Each of the four channels supports QC 3.0 fast charging protocol, and can support fast charging at the same time, and can output 5V/9V/12V (requires mobile phone protocol support) voltage, output current is adaptive, single channel power consumption 24W, 4 channels module Power consumption 96W

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Camera Base Board1. CM4 socket: Suitable for all variants of Compute Module 4 2. Networking: Gigabit Ethernet RJ45 3. USB: USB 2.0 x 1 4. FFC connector: - HDMI-compatible & PCIe & USB FFC connector x 1 - GPIO FFC connector x 1 5. Dual-lens camera - Pixels: 8MP - Sensor: IMX 219 - Resolution: 3280 x 2464 (per channel) - CMOS size: 1/4 inch - Aperture: F2.4 - Focal length: 2.6mm - FOV: 83/73/50 degree (diagonal/horizontal/vertical) - Distortion: Less than 1% - Baseline length: 60mm 6. Video: HDMI-compatible x 1, supports 4K 30fps output 7. Storage: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 8. Power input: 5V/2.5A 9. Dimensions: 85.0 x 51.5mmInterface Expander1. USB: USB 2.0 x 3 2. FFC connector: - HDMI-compatible & PCIe & USB FFC connector x 1 - GPIO FFC connector x 1 3. Other connector: - M.2 M KEY x 1, for connecting NVME SSD or communication module - Raspberry Pi 40PIN GPIO header x 1 4. Video: HDMI-compatible x 1, support 4K 30fps output 5. Dimensions: 85.0 x 51.5mmPackage List1. Dual camera base x1 2. Screws pack x1 3. Interface expander x1 4. FFC 2PCS x1

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1. CM4 Socket: Suitable for all variants of Compute Module 4 2. Networking: - Dual Gigabit Ethernet RJ45 - M.2 B KEY, for connecting 5G / 4G module - Nano-SIM card slot, supports standard Nano-SIM card for 5G/4G/3G/2G communication 3. USB: USB 3.2 Gen1 x 2 4. PIN header: Raspberry Pi 40PIN GPIO header 5. Display: MIPI DSI port (15pin 1.0mm FPC connector) 6. Camera: MIPI CSI-2 port x 2 (15pin 1.0mm FPC connector) 7. Video: HDMI x 2, supports 4K 30fps output 8. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 9. Storage: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 10. FAN HEADER: 5V/12V (12V by default), allows speed adjustment and measurement 11. Power input: 5V/2.5A 12. Size: 99.6 x 87.0mm

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FeaturesBased on a high performance Cortex processor, combined with high-security commercial fingerprinting algorithm, the UART Fingerprint Sensor (D) features functionalities like fingerprint enrolling, image acquisition, feature finding, template generating and storing, fingerprint matching, and so on. Without any knowledge about the complicate fingerprinting algorithm, all you need to do is just sending some UART commands, to quickly integrate it into fingerprint verification applications which require small size and high precision. 1. Easy to use by some simple commands, you do not have to know any fingerprint technology, or the module inter structure 2. Commercial fingerprinting algorithm, supports functions like fingerprint enrolling, fingerprint matching, fingerprint image acquisition, and fingerprint feature uploading, stable performance, fast identification 3. Capacitive sensitive detection, just touch the collecting window lightly for fast verification 4. Highly integrated hardware, processor and sensor in one small chip, suitable for small size applications 5. Narrow stainless steel rim, supports 360 degree omni-directional verification 6. Embedded human sensor, the processor will enter sleep automatically, and wake up when touching, lower power consumption 7. Onboard UART connector, easy to connect with hardware platforms like STM32 and Raspberry Pi1.Specifications1. Sensor: Capacitive touch sensor 2. Resolution: 508 DPI 3. Image pixels: 160 x 160 4. Image greyscale: 8 5. Sensor dimension: R15.5 mm 6. Fingerprint capacity: 150 7. Matching time: Less than 500ms (1:N, and N Less than or equal 100) 8. False acceptance rate: Less than 0.001% 9. False rejection rate: Less than 0.1% 10. Operating voltage: 2.7~3.3V 11. Operating current: Less than 50mA 12. Sleep current: Less than 16uA 13. ESD: Contact discharge 8KV / aerial discharge 15KV 14. Communication port: UART 15. Baudrate: 19200 bps 16. Operating environment temperature: -20 degree C~70 degree C; Humidity: 40%RH~85%RH (no condensation) 17. Storage environment temperature: -40 degree C~85 degree C; Humidity: Less than 85%RH (no condensation)

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Features1. Incorporates original chip Si3404, high-efficiency, high-safety, stable-performance 2. 10/100/1000Mbps auto-negotiation Ethernet port 3. 802.3af/at-compliant PoE (Power over Ethernet) standard 4. Isolated SMPS (Switching Mode Power Supply), effectively protecting the powered device 5. 5V DC output, suitable for powering Raspberry Pi and other small-scale network devices 6. Black dull-polish metal case, sturdy and rugged, higher protection level, better heat dissipationSpecifications1. Power Supply: Support 1/2(+); 3/6(-); 4/5(+); 7/8(-) powering 2. POE input voltage: 37V ~ 57V 3. Type-C output: 5V 2.5A (MAX) 4. Cable: Cat-5 UTP 5. Standard: IEEE 802.3 af/at PoE Ethernet 6. Data rate: 10/100/1000Mbps 7. LED indicator: PoE power input indicator 8. Size: 86 x 30 x 25mm (l x w x h) 9. Operation temperature: -40 degree C ~ 85 degree C

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1. CM4 Socket: Suitable for all variants of Compute Module 4 2. Networking: - Dual Gigabit Ethernet RJ45 - M.2 B KEY, for connecting 5G / 4G module - Nano-SIM card slot, supports standard Nano-SIM card for 5G/4G/3G/2G communication 3. USB: USB 3.2 Gen1 x 2 4. PIN header: Raspberry Pi 40PIN GPIO header 5. Display: MIPI DSI port (15pin 1.0mm FPC connector) 6. Camera: MIPI CSI-2 port x 2 (15pin 1.0mm FPC connector) 7. Video: HDMI x 2, supports 4K 30fps output 8. RTC: Real-time clock with battery socket and ability to wake Compute Module 4 9. Storage: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants 10. FAN HEADER: 5V/12V (12V by default), allows speed adjustment and measurement 11. Power input: 5V/2.5A 12. Size: 99.6 x 87.0mm

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Features1. Adopt PL2303GS new version device 2. Support windows XP/7/8/10/11/... 3. 3x VCCIO power mode via jumper setting: - VCCIO - 5V: 5V output - VCCIO - 3.3V: 3.3V output 4. Open the jumper: powered from target board (1.8V/2.5V/3.3V/5V) 5. 3x LED indicators: TXD, RXD, PWRPackage List1. PL2303 USB UART Board (type A) V2 x1 2. 4-pin custom connector jumper wire x1

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Safety Cautions1. Li-ion and Li-po batteries are quite unstable. They may cause fire, personal injury, or property damage, if they are not properly recharged or used. 2. Do not reversely connect the polarities when recharging or discharging the battery. Do not use inferior charger/charging panel to recharge the battery. 3. Do not mix use old batteries with new ones, avoid using batteries of different brands. 4. When buying lithium battery, should make sure the battery specification is compatible with the expansion board. Choose batteries from formal manufacturer, and ensure the batteries will work stably and safely by aging test. 5. Lithium batteries have limited cycle life, they will also deteriorate as time goes by. Should be replaced with new ones when the batteries reaching their max cycle life, or working over two years, whichever comes first. 6. Should be placed carefully and properly, keep it away from inflammables and explosives articles, away from children, avoid any safety accident caused by careless storage.FeaturesThe Solar Power Manager (C) is compatible with general 6V~24V solar panels. It can recharge the 18650 rechargeable Li-ion batteries through solar panel or USB TYPE-C connection, and provides 5V / 3A regulated output (with multi protocols support including PD/QC/FCP/PE/SFCP). The module features MPPT (MAX Power Point Tracking) function and multi protection circuits, therefore, it is able to keep operating with high-efficiency, stability, and safety. It is suitable for solar powered, low-power IoT, and other environmental protection projects. 1. Support MPPT (MAX Power Point Tracking) function, MAX the efficiency of the solar panel 2. Flexible battery recharging: from solar panel or USB TYPE-C power adapter 3. Compatible with 6V~24V solar panels, DC-002 jack input or screw terminal input 4. Onboard MPPT SET switch, select the level closed to input level to improve recharging efficiency 5. Onboard aluminum electrolytic capacitor and SMD ceramic capacitor, reducing the ripple, stable performance 6. Embedded battery holder, supports 3x 18650 rechargeable Li-ion batteries 7. Several LED indicators, for monitoring the status of solar panel and battery 8. Multi protection circuits: over charge / over discharge / reverse-proof / over heat / over current, stable and safe to useSpecifications1. Solar in: 6V ~ 24V (18V by default) 2. Recharging: Solar panel, power adapter, USB 3. Battery: 3 x 18650 Li-ion battery (Not included) 4. USB input: 5V (Type-C, with PD quick charge support) 5. 5V output: 5V / 3A (USB-out, Type-C) 6. Recharging cutoff voltage: 4.2V +/- 1% 7. Over discharge protection voltage: 3.0V +/- 1% 8. Solar panel recharging effeciency: ~78% 9. USB recharging effeciency: ~93% 10. Batteries boost out effeciency: ~92% 11. Case: Metal case 12. Size: 119.0 x 71.0 x 25.2mm 13. Package list: - Solar Power Manager (C) x1 - Adapter x1

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Features1. Quality chassis with track: Adopting 37-520 full-metal DC geared motor, High torque, low noise 2. 180 degree wide angle rotation, flexible controlling robotic arm 3. Quality serial bus full-metal digital servo: High torque, high precision, preventing, it from being stuck and pamaged 4. Auto collision avoidance: Collecting data via camera by taking enough images of different conditions, using the data to train the neutral network, combined With AI algorithm, achieving auto collision avoidance on sorts of environments. 5. Motion detection: Capturing moving objects on the video by motion detection 6. Color recognition and tracking: Recognizing and locking specified color by camera, and then using pan & tilt to track the specified color automatically 7. 3D coordinate system controlled robotic arm, calculated via Inverse Kinematics algorithm: Input coordinate of the target, calculating the moving angles of the 4-DOF servos by inverse kinematics algorithm, and then controlling the servos via serial bus, moving the robotic arm to reach target position 8. JupyterLab programming: JupyterLab is a web-based interactive development environment, supports multi data formats including code, document, image/video, UI control interface, etc., provides rich visualized output, allows easily creating dashboard and UI, supports flexible configuration and arrangement for modular interface. 9. 8MP 160 degree FOV camera: IMX219 sensor, 3280 x2464 resolutionPackage List1. Aluminum alloy kit x1 2. JETANK expansion board x1 3. Wireless-AC8265 with antenna x1 4. IMX219-160 Camera x1 5. Acrylic camera spacer x1 6. Camera FFC x1 7. 0.91inch OLED x1 8. 12.6V 2A power supply + additional EU head x1 9. Robotic arm gripper x1 10. Thrust bearing x1 11. Flange bearing x2 12. Coupler x2 13. Gearmotor x2 14. 5264 servo wire x1 15. Track kit (including bolt, nut, and screwdriver) x2 16. 2 x 5 Pin wire x1 17. Spanner x1 18. L-form hex socket spanner 2PCS x1 19. SCS15-AP servo x4 20. Screwdriver 2PCS x1 21. SCS15-S servo x1 22. Card reader x1 23. Mini cross wrench sleeve x2 24. Cooling fan x1 25. PH2.0 4PIN dual connector cable x1 26. Screws pack x1

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Need more Flash for Raspberry Pi Pico? Dislike the outdated Micro USB connector? All these problems are solved by our RP2040-Plus now. As same as Raspberry Pi Pico, it incorporates the RP2040 microcontroller, with dual-core Arm Cortex M0+ processor running up to 133 MHz, and 26x multi-function GPIO pins. What is different, it features onboard 4MB Flash, USB-C connector, recharge header, and higher current DC-DC chip. Key features include: 1. RP2040 microcontroller chip designed by Raspberry Pi in the United Kingdom 2. Dual-core Arm Cortex M0+ processor, flexible clock running up to 133 MHz 3. 264KB of SRAM, and 4MB of on-board Flash memory 4. USB-C connector, keeps it up to date, easier to use 5. Lithium battery recharge/discharge header, suitable for mobile devices 6. Onboard DC-DC chip TPS63000, high efficiency DC-DC buck-boost chip, 1.8A current switch 7. Castellated module allows soldering direct to carrier boards 8. USB 1.1 with device and host support 9. Low-power sleep and dormant modes 10. Drag-and-drop programming using mass storage over USB 11. 26 x multi-function GPIO pins 12. 2 x SPI, 2 x I2C, 2 x UART, 3 x 12-bit ADC, 16 x controllable PWM channels 13. Accurate clock and timer on-chip 14. Temperature sensor 15. Accelerated floating-point libraries on-chip 16. 8 x Programmable I/O (PIO) state machines for custom peripheral support

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RP2040-LCD-0.96 is a low-cost, high-performance Pico-like MCU board with flexible digital interfaces. It incorporates Raspberry Pi RP2040 microcontroller chip, as same as on Raspberry Pi Pico. For software development, either Raspberry Pi C/C++ SDK, or the MicroPython is available, which makes it easy for you to get started, and integrate it into end products quickly. In additional, there are also onboard 0.96inch IPS display, Lithium battery recharge/discharge header, and high efficiency DC-DC buck-boost chip. Key features include: 1. RP2040 microcontroller chip designed by Raspberry Pi in the United Kingdom 2. Dual-core Arm Cortex M0+ processor, flexible clock running up to 133 MHz 3. 264KB of SRAM, and 2MB of on-board Flash memory 4. USB-C connector, keeps it up to date, easier to use 5. 0.96 inch 160x80 pixels 65K colorful IPS LCD display 6. Lithium battery recharge/discharge header, suitable for mobile devices 7. Onboard DC-DC chip TPS63000, high efficiency DC-DC buck-boost chip, 1.8A current switch 8. Castellated module allows soldering direct to carrier boards (there should be dedicated cut-out for embedding the bottom components) 9. USB 1.1 with device and host support 10. Low-power sleep and dormant modes 11. Drag-and-drop programming using mass storage over USB 13. 26 x multi-function GPIO pins 14. 2 x SPI, 2 x I2C, 2 x UART, 3 x 12-bit ADC, 16 x controllable PWM channels 15. Accurate clock and timer on-chip 16. Temperature sensor 17. Accelerated floating-point libraries on-chip 18. 8 x Programmable I/O (PIO) state machines for custom peripheral support

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Compatible ModelsFor Raspberry Pi 1. Support Raspberry Pi OS / Ubuntu / Kali / WIN10 IoT / Retropie 2. Driver free for USB-C touch 3. Config file is required for I2C touch 4. Supports all versions of Raspberry Pi For Jetson Nano 1. Support Ubuntu 2. PC 3. Support Windows 11 / 10 / 8.1 / 8 / 7 4. For Jetson Nano and PC, only USB-C touch is availablePackage List1. 2.8 inch HDMI LCD (H) x 1 2. HDMI Adapter (C) x 1 3. HDMI Adapter (B) x 1 4. HDMI cable x 1 5. USB-A to USB-C cable x 1 6. Screws pack x 1

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