Electronics Modules

OverviewThis solar power management module is designed for 6V~24V solar panel. It can charge the 3.7V Li battery through solar panel or USB connection, and provides 5V/1A regulated output.The module features MPPT (Maximum Power Point Tracking) function and multi protection circuits, therefore, it is able to keep working with high-efficiency, stability, and safety. It is suited for solar powered, low-power IoT, and other environmental protection projects.Features1. Supports MPPT (Maximum Power Point Tracking) function, maximizing the efficiency of the solar panel2. Supports solar panel / USB connection battery charging3. For 6V~24V solar panel, DC-002 jack input or screw terminal input4. Onboard MPPT SET switch, select the level closed to input level to improve charging efficiency5. Two 5V output interfaces: pinheaders and USB port6. Onboard high capacity aluminum electrolytic capacitor and SMD ceramic capacitor, reducing the ripple, stable performance7. 14500 battery holder and PH2.0 battery connector, for connecting multi kinds of 3.7V Li battery8. Several LED indicators, for monitoring the status of solar panel and battery9. Multi protection circuits: over charge / over discharge / reverse protection / over heat / over current, stable and safe to useSpecifications1. Solar panel input voltage (SOLAR IN): 6V~24V2. Micro USB input voltage (USB IN): 5V3. Pinheader / USB output (USB OUT): 5V 1A4. Charging cutoff voltage: 4.2V+/-1％5. Over discharging protection voltage: 2.9V+/-1％6. Solar panel charge efficiency: ~78%7. USB charge efficiency: ~82%8. 3.7V battery boost output efficiency: ~86%9. Max quiescent current: <2mA10. Operating temperature: -40~85C11. Dimension: 65.2mm x 56.2mm x 22.9mm

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OverviewThe MCP23017 IO Expansion Board expands 2 signal pins as 16 I/O pins based on the I2C bus, up to 8 MCP23017 IO Expansion Board can be used at the same time, providing up to 128 I/O pins, it is compatible with both 3.3V and 5V levels.Features1. I2C controlled, expands 2 signal pins as 16 I/O pins2. I2C address configurable by shorting the A0/A1/A2 jumpers3. Provides two connector options: PH2.0 terminal and/or solder pads, allows multi I2C modules to be stacked4. Onboard voltage translator, compatible with 3.3V/5V level5. Comes with development resources and manual (examples for Raspberry Pi / micro:bit / Arduino / STM32)Specifications1. Operating voltage: 5V/3.3V2. Interface: I2C3. Interrupt pins: INTA, INTB4. Expansion I/Os: 165. Dimension: 38mm × 23mm6. Mounting hole size: 2.0mm

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OverviewThis is an edge connector expansion board designed for micro:bit, breakout the I/O pins to 2.54mm pitch pinheaders for easy use.SpecificationsDimension: 82.05mm x 36.10mmThrough holes diameter: 2mm

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Specifications1.Solar cell type: 156 monocrystalline cell2.Surface: toughened glass3.Frame material: anodic oxidation aluminum alloy4.Back board material: 0.25mm PET5.Power: 5.0W ± 5%6.Operating voltage: 6.0V ± 5%7.Operating current: 833mA ± 5% (max)8.Open circuit voltage: 7.2V ± 5%9.Short circuit current: 916mA ± 5%10.For use with: Solar Power ManagerNote: specifications above are tested on standard condition: 1000W/m2 radiation intensity, 25℃, AM1.5 air quality.

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Features1.4 in 1, suit for DIYIRM, infrared receiver moduleTemperature SensorJoystickBuzzer2.Compatible with expansion boards like DVK5123.Connections are controlled by jumpers

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OverviewThis AlphaBot2 robot kit is designed to use with Raspberry Pi 3 Model B. It features rich common robot functions including line tracking, obstacle avoiding, Bluetooth/infrared/WiFi remote control, video monitoring, etc.Thanks to the highly integrated modular design, it is fairly easy to assemble by a snap, no soldering, no wiring. After a few minutes spent on hardware assembing, you're almost there, our open source demo codes is ready to help you get started fast.Raspberry Pi 3 Features1. BCM2837, 1.2GHz 64-bit quad-core ARM Cortex-A532. 1GB RAM3. 10/100 Ethernet port4. 802.11n WiFi NIC5. Bluetooth 4.1 & Bluetooth Low Energy (BLE)6. HDMI port7. USB 2.0 interface x 48. Micro SD card slot9. Combined 3.5mm audio jack and composite video10. 40-pin GPIO interface11. Camera interface (CSI)12. Display interface (DSI)13. Upgraded power management, supports more peripherals (requires a 2.5A power supply or above)AlphaBot2 FeaturesAlphaBot2 employs a 2-layer structure to provide excellent stability and compatibility.AlphaBot2-Base, the lower base chassis:1. 5-ch infrared sensor, analog output, combined with PID algorithm, stable line tracking2. Onboard modules like line tracking, obstacle avoiding, needs no messy wiring3. TB6612FNG dual H-bridge motor driver, compared with L298P, it's more efficient, more compact, and less heating4. N20 micro gear motor, with metal gears, low noise, high accuracy5. 5Onboard RGB LEDs, true color lighting, pretty coolAlphaBot2-Pi, the upper adapter board for controller:1. LM2596 voltage regulator, provides the Pi with stable 5V power2. TLC1543 AD acquisition chip, allows the Pi to use analog sensors3. PCA9685 servo controller, make it more smoothly to rotate the pan head4. CP2102 UART converter, easy for controlling the Pi via UARTPackage Contents1. AlphaBot2-Pi (adapter board) x12. AlphaBot2-Base (base chassis) x13. RPi Camera (B) x14. Micro SD Card 16GB x15. Power adapter US standard 5V/3A micro x16. SG90 servo x25. 2 DOF pan and tilt kit x17. IR remote controller x18. FC-20P cable 8cm x19. USB type A plug to micro B plug cable x110. 15PIN FFC 25cm x111. AlphaBot2-Pi screws x112. Micro SD Card Reader x1 (Extra Free)13. Screwdriver x1 (Extra Free)

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Features1. Resistive touch screen TFT LCD, 2.8inch, 320x240 resolution2. Standard Arduino interface, compatible with development boards like : Arduino UNO, 3. Leonardo, UNO PLUS, NUCLEO, XNUCLEO4. Onboard stand-alone touch controller, better touching than solutions that use AD pins directly for touch control5. Micro SD slot, provides an easy way to store photos for displaying6. Controlled via SPI, only a few Arduino pins are used7. Backlight adjustable by program, lower power consumptionKey Parameters1. LCD Type: TFT2. LCD Interface: SPI4. LCD Controller: HX8347D5. Touch Screen Type: Resistive6. Touch Screen Controller: XPT20467. Colors: RGB, 65K colors8. Resolution: 320x240 (Pixel)9. I/O Voltage: 3.3V/5VWiki : www.waveshare.com/wiki/2.8inch_TFT_Touch_Shield

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Features1. Resistive touch screen TFT LCD, 3.5inch, 480x320 resolution2. Standard Arduino interface, compatible with development boards like : Arduino UNO, 3. Leonardo, UNO PLUS, NUCLEO, XNUCLEO3. Onboard stand-alone touch controller, better touching than solutions that use AD pins directly for touch control4. PWM backlight control, allows to adjust the backlight to a comfortable level5. Micro SD slot, provides an easy way to store photos for displaying6. Controlled via SPI, only a few Arduino pins are used7. Comes with STM32 and Arduino examples, convenient for portingKey Parameters1. LCD Type: TFT2. LCD Interface: SPI3. LCD Controller: ILI94864. Touch Screen Type: Resistive5. Touch Screen Controller: XPT20466. Colors: RGB, 65K colors7. Resolution: 480x320 (Pixel)8. Aspect Ratio: 8:59. I/O Voltage: 3.3V/5VWiki : www.waveshare.com/wiki/3.5inch_TFT_Touch_Shield

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OverviewThe RS485 CAN Shield will easily enable RS485/CAN communication functions for your NUCLEO/XNUCLEO Arduino boards.Features1. Arduino standard interfaces, compatible with Arduino boards like Arduino UNO, Leonardo, NUCLEO, XNUCLEO- When using with Arduino UNO, Leonardo, the CAN function is unavailable due to hardware limitation2. RS485 function, onboard transceiver SP3485/MAX3485, 3.3V power supply3. CAN function, onboard transceiver SN65HVD230, 3.3V power supply

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USB compatible cable for in-circuit configuration and programming of all Xilinx devicesOverviewThe Platform Cable USB a USB compatible cable for in-circuit configuration and programming of all Xilinx devices. It is compatible with the original XILINX Platform Cable USB.Features- Performance1. Using CY7C68013A+FPGA solution, fully compatible with the original XILINX Platform Cable USB2. Programs all Xilinx devices, including FPGAs / CPLDs / ISP Configuration PROMs3. Supports JTAG, Slave-Serial and SPI programming, to config all Xilinx devices4. Interfaces to devices operating at 5V / 3.3V / 2.5V / 1.8V / 1.5V5. Optional target clock frequency, supports XILINX software automatic frequency adjustment6. Firmware auto upgrade, it's possible to support more new released software and devices7. Anti-static and multi-layers signal isolation, to protect the target and the programmer itself- Supported software1. Xilinx ISE2. iMPACT3. ChipScope4. Vivado- Supported devices1. Xilinx FPGA devices: UltraScale / 7 series / Zynq / Kintex / Virtex / Artix / Spartan, etc.2. Xilinx CPLD devices: XC9500 / XC9500XL / XC9500XV / CoolRunner XPLA3 / CoolRunner-II, etc.3. Xilinx PROM devices: Platform Flash XCF00S / XCF00P / XL, etc.LED Status1. Red: USB connected2. Yellow: USB connected, and Vref (the target board) is poweredHow to Connect1. Connects to PC: Via USB interface2. Connects to target board: Platform Cable USB provides 3 different interfaces to connect with the target board: JTAG, Slave Serial, and SPI. The figure below shows the header pinouts of the interfaces:Package contents1. Platform Cable USB main unit x12. JTAG adapter x13. USB cable x14. 8-pin header to 7-pin separated cable x15. 8-pin header to 6-pin header cable x16. 14-pin (2.54mm pitch) JTAG cable x17. 14-pin (2mm pitch) JTAG cable x18. 10-pin (2.54mm pitch) JTAG cable x1

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Description1. The ST-LINK/V2 is an in-circuit debugger and programmer for the STM8 and STM32 microcontroller families. The single wire interface module (SWIM) and JTAG/serial wire debugging (SWD) interfaces are used to communicate with any STM8 or STM32 microcontroller located on an application board.2. STM8 applications use the USB full speed interface to communicate with STMicroelectronic's ST Visual Develop (STVD) or ST Visual Program (STVP) software.3. STM32 applications use the USB full speed interface to communicate with Atollic, IAR, Keil or TASKING integrated development environments.Key Features1. 5V power supplied by a USB connector2. USB 2.0 full speed compatible interface3. USB standard A to mini B cable4. SWIM specific features5. 1.65 V to 5.5 V application voltage supported on SWIM interface6. SWIM low-speed and high-speed modes supported7. SWIM programming speed rate: 9.7 Kbytes/s in low speed and 12.8 Kbytes/s in high speed8. SWIM cable for connection to the application via an ERNI standard vertical (ref: 284697 or 214017) or horizontal (ref: 214012) connector9. SWIM cable for connection to the application via a pin header or a 2.54 mm pitch connector10. JTAG specific features11. 1.65 V to 3.6 V application voltage supported on the JTAG interface and 5 V tolerant inputs12. JTAG cable for connection to a standard JTAG 20-pin pitch 2.54 mm connector13. Direct firmware update feature supported (DFU)14. Status LED which blinks during communication with the PC15. Operating temperature 0 to 50 °CApplication ExampleConnecting the PC and STM8/STM32 application board through ST-LINK/V2 to establish hardware connectionConnection with STM8 applicationsThe ST-LINK/V2 should be connected to the STM8 application via the SWIM cable. Two SWIM cables are delivered with the product:- SWIM flat ribbon with a standard ERNI connector at one end and a 4-pin connector at the other end- SWIM flat ribbon ended with a 4-pin, 2.54 mm, low-cost connector on two sidesConnection with STM32 applicationsFor STM32 developments the ST-LINK/V2 must be connected to the application using the standard 20-pin female-female JTAG flat ribbon provided.ST-LINK/V2 StatusThe LED labeled 'COM' on top of the ST-LINK/V2 shows the ST-LINK/V2 status (whatever the connection type). When the:1. LED is blinking RED: the first USB enumeration with the PC is taking place. If it keeps blinking RED, maybe the USB driver is NOT found.2. LED is RED: communication between ST-LINK/V2 and the PC is established (end of enumeration).3. LED is blinking GREEN/RED: data are being exchanged between the target and the PC.4. LED is GREEN: the last communication has been successful.5. LED is ORANGE: ST-LINK/V2 communication with the target has failed.

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Features1. 4-pin SWIM Port for programming or testing2. External crystal can be connected via on board socket3. All the MCU pins are accessible on expansion connectorsSupported DevicesSTM8 microcontroller in QFP64(0.5mm pitch) package with compatible pinouts- STM8S207RxTx / STM8S208RxTx- STM8Ax51x9T / STM8Ax52x9T / STM8Ax61x9T / STM8Ax62x9TPhotos1. External crystal socket- Insert crystal to the holes on two sides, regardless of the middle hole2. SWIM port- For programming/debugging/testing- Compatible with ST-LINK, ST-LINK/V2, etc.3. Pin headers connected to MCU pins- Clearly labeled with onboard marks- Easy for testing and further expansion4. Power indicator5. Power input- DC5V/3.3VPackage Contents1. STM8-QFP64-0.5 × 12. USB power cable × 1

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OverviewOpen8S208Q80 is a STM8 development board that features a STM8S208MB device as the microcontroller. It supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with STM8 microcontroller.What is On Board1. STM8S208MB:the high performance STM8 MCU which features:- Core: 8-bit- Operating Frequency: 24 MHz(20 MIPS) Max- Operating Voltage: 2.7-5.5V- Package: LQFP80- I/Os: 68- Memories: 128kB Flash, 6kB SRAM, 2kB EEPROM- Communication Interfaces: 1 x SPI, 1 x I2C, 2 x UART, 1 x CAN, 12 x PWM, 16 x ADC- Debugging/Programming: SWIM2. AMS1117-3.3: 3.3V voltage regulator3. Power switch4. Power indicator5. LEDs: Convenient for indicating I/O status and/or program running state6. Reset button7. User keys: For I/O input test and/or program control8. Joystick: Five positions9. 8M crystal oscillator10. Adjustable resistor: For LCD12864 contrast adjustment11. UART1 interface: For connecting UART peripherals, such as RS232, RS485, USB TO UART, etc.12. CAN interface: For connecting CAN modules13. PS/2 interface: For connecting PS/2 devices, such as keyboard and/or mouse14. SPI interface: For connecting SPI peripherals, such as DataFlash (AT45DBxx), SD card, MP3, etc.15. 16 I/Os interface: For connecting accessory boards which using I/O control, such as FT245 USB FIFO, 8 SEG LED, etc.16. IC interface: For connecting I2C peripherals, such as I/O expander (PCF8574), EEPROM (AT24Cxx), etc.17. UART3 interface: For connecting UART peripherals, such as RS232, RS485, USB TO UART, etc.18. Graphic multi-color LCD interface: For connecting 2.2 inch multi-color touch screen LCD which using SPI control19. Graphic dot-matrix LCD interface: For connecting graphic LCDs such as LCD1286420. 1-WIRE interface: V connecting 1-WIRE devices (TO-92 package), such as temperature sensor (DS18B20), electronic registration number (DS2401), etc.21. 5V DC jack22. Custom crystal socket23. VCC power input/output: Usually used as power output, also common-grounding with other user board24. MCU pins connector: All the MCU pins are accessible on expansion connectors for further expansion25. SWIM interface: For debugging/programming26. User keys jumper27. Joystick jumper28. 1-WIRE jumper29. LEDs jumper30. PS/2 jumper31. LCD interface selection jumper- Short the jumper for dot-matrix LCD- Open the jumper for multi-color LCD32. VDD selection jumper33. Crystal selection jumper34. VREF selection jumper35. For jumpers 26-30:- Short the jumper to connect to I/Os used in example code;- Open the jumper to connect to other custom pins via jumper wires.Package Contents1. Open8S208Q80 development board x 12. 4-pin wire x 23. 2-pin wire x 24. USB power cable x 15. User guide CD x 1

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Overview1. This is a flexible E-Ink display HAT for Raspberry Pi, 10.3inch, 1872×1404 resolution, with embedded controller IT8951, communicating via USB/SPI/I80/I2C interface, supports partial refresh.2. Compared with normal e-Paper panels, this flexible panel allows bending without being damaged, and it's thinner and lighter.3. Due to the advantages like low power consumption, wide viewing angle, clear display without electricity, it is an ideal choice for applications such as ebook reader, e-ink display, industrial instruments, and so on.Features1. Flexible e-Paper, the display section is bendable (DON'T bend the FPC section)2. No backlight, keeps displaying last content for a long time even when power down3. Low power consumption, basically power is only required for refreshing4.Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards5. USB/SPI/I80/I2C interface, for connecting with host boards like Raspberry Pi/Nucleo, etc.6. Comes with development resources and manual (examples for Raspberry Pi/STM32)Specifications1. Operating voltage: 5V2. Interface: USB/SPI/I80/I2C3. Outline dimension: 227.7mm x 165.8mm x 0.647mm4. Display size: 209.664mm x 157.248mm5. Dot pitch: 0.112mm x 0.112mm6. Resolution: 1872 x 14047. Display color: Black, white8. Gray scale: 2-16 (1-4 bit)9. Full refresh time: 450ms10. Total refresh power: 1.2W(typ.)11. Total standby power: 0.1W(typ.)12. Viewing angle: >170 degree13. Weight: 77gPacking List1. 10.3inch e-Paper (D) x12. e-Paper IT8951 Driver HAT (B) x13. 10.3inch e-Paper Adapter x14. 33PIN FFC (same side contact) x15. USB type A plug to micro B plug cable x26. PH2.0 20cm 8Pin x17. RPi screws pack (2pcs) x1

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1. Working frequency: high frequency2. Application range: integrated circuit IC3. Production process: injection molding4. Contact material: beryllium copper shrapnel5. Insulator material: PPS PET6. Number of cores: 327. Name: QFN32 flip shrapnel to 152 test seat8. Purpose: programming socket and test socket, to program and test QFN32 IC chips9. Chip size: 5x5cm10. Pin spacing: 0.5mm

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1. Type: Test block2. Working frequency: High frequency3. Application: integrated circuit IC4. Interface type: Terminal5. Production process: Injection molding6. Features: Stable testing7. Contact material: Beryllium copper shrapnel8. Insulator material: PET9. Number of cores: 3810. Purpose: Programming socket, test socket, to test, read and write the IC chip of EMCP22111. Lead spacing: 0.5mm12. Service life: 100,000 times13. Chip size: 11.5x13cmTesting Method:1. Select the limit frame that matches the IC, and place the IC flat in the SOCKET according to the direction2. Plug the USB cable into the USB port of the computer, turn on the power switch of the socket, and select the corresponding test programFeatures:1. Also compatible with 186-FBGA 162-FBGA2. The shrapnel is made of imported beryllium copper by high-precision die stamping, and the head-shaped probe is designed to be hardened and thickened in the later stage to ensure product stability and durability.3. Support hot plugging and separate power switch, support for testing through USB interface or connection with the board on the board according to the PIN4. Using floating board structure, precise positioning, convenient IC picking and placement, higher work efficiency5. The test board is welded to the adapter board, the test socket does not need to be soldered, and the pinholes are inserted into the adapter board

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1. Type: Test block2. Working frequency: High frequency3. Application: integrated circuit IC4. Interface type: Terminal5. Production process: Injection molding6. Features: Stable testing7. Contact material: Beryllium copper shrapnel8. Insulator material: PET9. Number of cores: 3010. Purpose: programming socket, test socket, test, read and write the IC chip of EMMC153/16911. Lead spacing: 0.5mmTesting method:1. Select the limit frame that matches the IC, and place the IC flat in the SOCKET according to the direction2. Plug the USB cable into the USB port of the computer, turn on the power switch of the socket, and select the corresponding test programFeatures:1. Compatible with 153-FBGA and 169-FBGA at the same time2. The shrapnel is made of imported beryllium copper by high-precision die stamping, and the head-shaped probe is designed to be hardened and thickened in the later stage to ensure product stability and durability.3. Support hot plugging and separate power switch, support for testing through the USB interface or through the connection with the board on the board corresponding to the PIN4. Using floating board structure, precise positioning, convenient IC picking and placement, higher work efficiency5. The test board is welded to the adapter board, the test socket does not need to be soldered, and the pinholes are inserted into the adapter board

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1. Type: Test block2. Interface type: SD3. Application: Integrated circuit IC4. Test method:A. Select the limit frame that matches the IC, and place the IC flat in the SOCKET according to the directionB. Insert the SD interface into the card reader and then connect to the computer, select the corresponding test programFeatures:1. SOCKET is compatible with the ball and no ball test, and the IC limit frame can be replaced. Compared with similar products, it has a long service life and wide versatility.2. Compatible with 169-FBGA 153-FBGA at the same time3. The shrapnel is made of imported beryllium copper by high-precision die stamping, and the head shape is imitated by the probe design, and the latter is hardened and thickened with gold plating to ensure product stability and durability4. The contact module adopts an overall structure to reduce the problem of repeated positioning, ensure that its contact point is accurately aligned with the IC PAD, and has a high pass rate in one test5. Use welding structure to ensure good contact and stable testing6. Flip cover structure, more convenient for manual testing, convenient and simple operation7. The pressure IC adopts a mold integral molding and a spring self-adaptive structure to ensure that ICs of different thicknesses do not need any adjustments to have good contact. The tested ICs are versatile (the thickness range of 0.6-2.0MM can be tested)8. The structure adopts injection molding, precise positioning, convenient access to IC, and higher work efficiencyRepair and maintenance:1. Use an air gun or anti-static brush to remove impurities in the SOCKET seat to make it contact well;2. Clean the SOCKET with absolute alcohol to clean the attached impurities on the top of the shrapnel and make it contact well;3. If you find that the shrapnel inside the SOCKET is burned or broken, please purchase the corresponding SOCKET to replace it;4. It cannot be detected when the USB interface is plugged in. Please check whether the power switch is turned on or whether the computer USB connection is normal;5. It is strictly forbidden to soak and clean with organic solvents such as thinner water and board washing water to avoid damage to the internal structure of SOCKET;6. When not in use for a long time, please seal it with an anti-static bag to prevent dust from falling in and affect the product test performance.

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1. Product use: Programming socket, test socket, programming and testing of QFP48 IC chips2. Applicable packages: QFP48, PQFP48, QFP48, pin pitch 0.5 mm3. Features: All pins are led out in the order of the chip4. Pin spacing: 0.5 mm5. Foot position: 486. Chip size: 7x7 mm (with pins 9x9 mm)

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Features:1. Using double contact technology, the contact is more stable;2. The seat shell is made of special engineering plastic, which has high strength and long life;3. The shrapnel adopts imported beryllium copper material, which has low impedance and good elasticity;4. Thick gold-plated layer, thick electroplating of contacts, ultra-low contact impedance and high reliability; Product performance:1. Material: insulator PEI, PPS; shrapnel, beryllium copper Be Cu Gold plating (30u), Over Nickel plating (50u)2. Insulation resistance: 1000mohm, At DC 500V3. Withstand voltage: 700AC/1Minute4. Contact impedance: less than 25mohm5. PIN foot elasticity: 55g/PIN(Normal)6. Working temperature: minus 65-155 degrees Celsius7. Specifications and dimensions: pin spacing: 0.65 mm, pin position: 8, adaptable chip body width: 4.4 mm

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1. Number of cores: 442. Features: U-shaped thimble, more stable contact3. Purpose: Programming socket, test socket, test, read and write on QFN44 IC chip4. Working frequency: High frequency5. Production process: Injection molding6. Application: Integrated Circuit IC7. Contact material: Beryllium copper shrapnel8. Insulator material: PPS/PET9. Chip size: 7x7cm10. Pin spacing: 0.5mm

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Performance Parameters:1. Working frequency: low frequency2. Application range: integrated circuit IC3. Interface type: probe4. Probe material: beryllium copper (standard)5. Insulation material: FR-4, PPS, etc.Features:1. It adopts manual flip structure, which is easy to operate;2. The product has a high degree of universality. As long as the limit frame is changed, all SD cards with the same pins and different dimensions can be tested;3. The pressure plate of the upper cover adopts a special structure, and the downward pressure is stable to ensure that the pressure of the SD card is uniform and does not shift;4. The high-precision positioning slot ensures accurate positioning of the SD card and high production efficiency;5. Equipped with different main detection boards, can realize the interchangeability of Chipsbank, UT165, Anguo, SMI, NETWORK solutions6. The probe can be replaced, the maintenance is convenient, and the cost is low;

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1. Type: Test Block2. Working frequency: High frequency3. Application: Integrated Circuit IC4. Contact impedance: Less than 25 milliohms5. Production process: Injection molding6. Features: Fire retardant/flame retardant7. Contact material: Beryllium copper shrapnel8. Insulator material: PEI, PPS9. Number of cores: 2010. Working temperature: -65～155 degrees Celsius11. Lead spacing: 0.65mm12. Service life: 20,000 times13. Adaptation chip body width: 4.4mmFeatures:1. Using double contact technology, the contact is more stable2. The seat shell is made of special engineering plastic, which has high strength and long life.3. The shrapnel adopts imported beryllium copper material, which has low impedance and good elasticity4. Thick gold plating layer, thick contact plating, ultra-low contact impedance, high reliability

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1. Type: Test Block2. Working frequency: Low frequency3. Application: Integrated Circuit IC4. Contact impedance: Less than 25 milliohms5. Number of cores: 306. Service life: 100,000 times7. Contact material: Beryllium copper shrapnel8. Insulator material: PEI, PPS9. Pin spacing: 0.65mm10. Working temperature: -65～155 degrees Celsius11. Adapter chip body width: 10.64x7.8mmFeatures:1. Using double contact technology, the contact is more stable2. The seat shell is made of special engineering plastic, which has high strength and long life.3. The shrapnel adopts imported beryllium copper material, which has low impedance and good elasticity4. Thick gold plating layer, thick contact plating, ultra-low contact impedance, high reliability

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Overview1. XCore407I is an STM32 MCU core board that features the STM32F407IGT6 on board.2. Clock circuit, USB power management3. Onboard devices: USB HS PHY, Ethernet PHY, 1G Bit NandFlash4. Connectors：USB HS (mini / type A), USB FS (mini), Ethernet (RJ45)5. All the idle I/O ports are accessible on the pin headers6. 2.0mm pin header pitch, smaller size, easier to integrate into user system7. Note : please consider the EVK407I, which supports easily programing/debugging.What is On BoardSTM32F407IGT6 development board on board resource1. STM32F407IGT6: The high performance STM32 MCU which features:- Core: Cortex-M4 32-bit RISC- Feature: a full set of single-cycle DSP instructions- Operating Frequency: 168MHz, 210 DMIPS/1.25 DMIPS/MHz- Operating Voltage: 1.8V-3.6V- Package: LQFP176- Memories: 1024kB Flash, 192+4kB SRAM- MCU communication Interfaces:-- 3 x SPI, 4 x USART, 2 x UART, 2 x I2S, 3 x I2C-- 1 x FSMC, 1 x SDIO, 2 x CAN-- 1 x USB 2.0 high-speed/full-speed device/host/OTG controller with dedicated DMA, ULPI and on-chip full-speed PHY-- 1 x 10/100 Ethernet MAC-- 1 x 8 to 14-bit parallel camera interface- AD & DA converters: 3 x AD (12-bit, 1μs, shares 24 channels); 2 x DA (12-bit)- Debugging/Programming: supports JTAG/SWD (serial wire debug) interfaces, supports IAP2. MIC2075-2, onboard USB FS power management device3. AMS1117-3.3, 3.3V voltage regulator4. K9F1G08U0E, 1G Bit NandFlash5. DP83848, Ethernet PHY6. MIC2075-1, onboard USB HS power management device7. USB3300, USB HS PHY8. Power supply switch, powered from 5Vin or USB connection9. Boot mode switch, for configuring BOOT0 pin10. Power indicator11. USB FS LED12. USB HS LED13. Reset button14. 8M crystal, MCU clock, enables the MCU run at higher speed by frequency multiplication15. 24M crystal, USB3300 clock16. 50M crystal, DP83848 clock17. 32.768K crystal, for internal RTC with calibration18. Ethernet connector19. USB FS mini connector20. USB HS mini connector21. USB HS type A connector22. MCU pins expander, VCC, GND and all the idle I/O ports are accessible on expansion connectors for further expansion23. USB OTG/HOST jumper24. VREF/VBAT jumper25. Ethernet I/O selection solder joint26. USB HS I/O selection solder joint27. PDR selection solder joint: 1.8-3.6V, -40～105℃ OR 1.7-3.6V, 0～70℃Package Contents1. XCore407I development board x 12. USB type A to Mini-B cable x 13. Software CD x 1

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OverviewCore103V is a small STM32 development board that features an STM32F103VET6 device as the microcontroller, supports further expansion. It is ideal for starting application development with STM32F family.As a minimal ready-to-run system, the Core103V integrates USB communication interface, JTAG/SWD programming/debugging interface, clock circuit, boot mode selection, and so on.Furthermore, pin headers on the backside allow the Core103V to be plugged-in your application board and act as the MCU core circuit in your system. All the I/O ports are accessible on the pin headers, and the header pitch is designed as 2.54mm.What is On BoardSTM32F103VET6 development board on board resource1. STM32F103VET6: The high performance STM32 MCU which features:- Core: Cortex-M3 32-bit RISC- Operating Frequency: 72MHz, 1.25 DMIPS/MHz- Operating Voltage: 2-3.6V- Package: LQFP100- I/Os: 80- Memories: 512kB Flash, 64kB RAM- MCU communication Interfaces:-- 3 x SPI, 5 x USART, 2 x I2S, 2 x I2C, 1 x FSMC, 1 x LCD, 1 x SDIO, 1 x USB, 1 x CAN- AD & DA converters: 3 x AD (12-bit, 1μs, shares 16 channels); 2 x DA (12-bit)- Debugging/Programming: supports JTAG/SWD (serial wire debug) interfaces, supports IAP2. AMS1117-3.3 (on bottom side): 3.3V voltage regulator3. Power supply switch, powered from 5Vin or USB connection4. Boot mode selection, for configuring BOOT0 pin5. Boot mode selection (on bottom side), for configuring BOOT1 pin6. Power indicator7. VBUS LED8. Reset button9. 8M crystal oscillator10. 32.768K crystal (on bottom side), for internal RTC with calibration11. JTAG/SWD interface: for debugging/programming12. USB connector, used for establishing USB communication between PC and the STM32 development board13. IO expander (including VCC/GND), all the I/O pins are accessible on expansion connectors for further expansion14. 5V in pinheader, 5V power supply input15. USB enable jumper- Short the jumper to enable USB function- Open the jumper to disable, as well as taking up no I/O port16. VBAT selection jumper- Short the jumper to use system power supply- Open the jumper to connect the VBAT to external power, such as battery17. VREF selection jumper- Short the jumper to connect VREF+/VREF- to VCC/GND- Open the jumper to connect VREF+/VREF- to other custom pin via jumper wirePackage Contents1. Core103V development board x 12. USB type A to Mini-B cable x 13. Software CD x 1

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Overview1. Core407I is a small STM32 development board that features an STM32F407IGT6 device as the microcontroller, supports further expansion. It is ideal for starting application development with STM32F family.2. As a minimal ready-to-run system, the Core407I integrates USB communication interface, JTAG/SWD programming/debugging interface, clock circuit, USB power management, boot mode selection, and so on.3. Furthermore, pin headers on the backside allow the Core407I to be plugged-in your application board and act as the MCU core circuit in your system. All the I/O ports are accessible on the pin headers, and the header pitch is designed as 2.0mm to achieve smaller pcb size.What is On BoardSTM32F407IGT6 development board on board resource1. STM32F407IGT6: The high performance STM32 MCU which features:- Core: Cortex-M4 32-bit RISC- Feature: a full set of single-cycle DSP instructions- Operating Frequency: 168MHz, 210 DMIPS/1.25 DMIPS/MHz- Operating Voltage: 1.8V-3.6V- Package: LQFP176- Memories: 1024kB Flash, 192+4kB SRAM- MCU communication Interfaces:-- 3 x SPI, 4 x USART, 2 x UART, 2 x I2S, 3 x I2C-- 1 x FSMC, 1 x SDIO, 2 x CAN-- 1 x USB 2.0 high-speed/full-speed device/host/OTG controller with dedicated DMA, ULPI and on-chip full-speed PHY-- 1 x 10/100 Ethernet MAC-- 1 x 8 to 14-bit parallel camera interface- AD & DA converters: 3 x AD (12-bit, 1μs, shares 24 channels); 2 x DA (12-bit)- Debugging/Programming: supports JTAG/SWD (serial wire debug) interfaces, supports IAP2. AMS1117-3.3 (on bottom side), 3.3V voltage regulator3. MIC2075 (on bottom side), onboard USB power management device4. Power supply switch, powered from 5V in or USB connection5. Boot mode switch, for configuring BOOT0 pin6. Power indicator7. VBUS LED8. Reset button9. 8M crystal oscillator (on bottom side)10. 32.768K crystal (on bottom side), for internal RTC with calibration11. JTAG/SWD interface: for debugging/programming12. USB interface- As DEVICE, used for establishing USB communication between PC and the STM32 development board- As HOST, connecting to USB devices such as USB flash drive through a USB OTG cable13. MCU pins expander, VCC, GND and all the I/O ports are accessible on expansion connectors for further expansion14. 5V in pinheader, 5V power supply is required when using USB HOST/OTG15. USB HOST/OTG jumper- Short the jumper when using USB HOST/OTG- Open the jumper to disconnect from I/O port16. VBAT selection jumper- Short the jumper to use system power supply- Open the jumper to connect the VBAT to external power, such as battery17. VREF selection jumper- Short the jumper to connect VREF+ to VCC- Open the jumper to connect VREF+ to other custom pin via jumper wirePackage Contents1. Core407I development board x 12. USB type A to Mini-B cable x 13. Software CD x 1

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Overview1. Core407V is a small STM32 development board that features an STM32F407VET6 device as the microcontroller, supports further expansion. It is ideal for starting application development with STM32F family.2. As a minimal ready-to-run system, the Core407V integrates USB communication interface, JTAG/SWD programming/debugging interface, clock circuit, USB power management, boot mode selection, and so on.3. Furthermore, pin headers on the backside allow the Core407V to be plugged-in your application board and act as the MCU core circuit in your system. All the I/O ports are accessible on the pin headers, and the header pitch is designed as 2.54mm.What has On Board1. STM32F407VET6: The high performance STM32 MCU which features:- Core: Cortex-M4 32-bit RISC- Feature: a full set of single-cycle DSP instructions- Operating Frequency: 168MHz, 210 DMIPS/1.25 DMIPS/MHz- Operating Voltage: 1.8V-3.6V- Package: LQFP100- Memories: 512kB Flash, 192+4kB SRAM- MCU communication Interfaces:-- 3 x SPI, 3 x USART, 2 x UART, 2 x I2S, 3 x I2C-- 1 x FSMC, 1 x SDIO, 2 x CAN-- 1 x USB 2.0 high-speed/full-speed device/host/OTG controller with dedicated DMA, ULPI and on-chip full-speed PHY-- 1 x 10/100 Ethernet MAC-- 1 x 8 to 12-bit parallel camera interface- AD & DA converters: 3 x AD (12-bit, 1μs, shares 24 channels); 2 x DA (12-bit)- Debugging/Programming: supports JTAG/SWD (serial wire debug) interfaces, supports IAP2. AMS1117-3.3 (on bottom side): 3.3V voltage regulator3. MIC2075 (on bottom side): onboard USB power management device4. Power supply switch, powered from 5Vin or USB connection5. Boot mode switch, for configuring BOOT0 pin6. Power indicator7. Reset button8. 8M crystal oscillator9. 32.768K crystal (on bottom side), for internal RTC with calibration10. JTAG/SWD interface: for debugging/programming11. USB connector, used for establishing USB communication between PC and the STM32 development board12. IO expander (including VCC/GND), all the MCU pins are accessible on expansion connectors for further expansion13. 5Vin pinheader, 5V power supply is required when using USB HOST/OTG14. USB jumper- Short the jumper when using USB- Open the jumper to disconnect from I/O ports15. VBAT selection jumper- Short the jumper to use system power supply- Open the jumper to connect the VBAT to external power, such as battery16. VREF selection jumper- Short the jumper to connect VREF+/VREF- to VCC/GND- Open the jumper to connect VREF+/VREF- to other custom pin via jumper wirePackage Contents1. Core407V development board x 12. USB type A to Mini-B cable x 13. Software CD x 1

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Overview1. Core405R is an STM32 MCU core board designed for STM32F405RGT6, supports further expansion. It is ideal for starting application development with STM32F family.2. Minimal ready-to-run system, integrates clock circuit, USB control circuit, USB connector, 3. etc.3. All the I/O ports are accessible on the pin headers4. JTAG/SWD programming/debugging interface5. 2.54mm header pitch, allowed to be plugged-in your application boardWhat has On Board1. STM32F405RGT6: The high performance STM32 MCU which features:- Core: Cortex-M4 32-bit RISC- Operating Frequency: 168MHz, 210 DMIPS/1.25 DMIPS/MHz- Operating Voltage: 1.8V-3.6V- Package: LQFP64- Memories: 1MB Flash, 192+4kB SRAM- MCU communication Interfaces:-- 3 x SPI, 4 x USART, 2 x UART, 2 x I2S, 3 x I2C, 1 x SDIO, 2 x CAN--1 x USB 2.0 HS/FS device/host/OTG controller with dedicated DMA, on-chip full-speed PHY--1 x USB HS ULPI (external PHY required)- AD & DA converters: 3 x AD (12-bit, 1μs, shares 16 channels); 2 x DA (12-bit)- Debugging/Programming: supports JTAG/SWD (serial wire debug) interfaces, supports IAP2. AMS1117-3.3: 3.3V voltage regulator3. MIC2075-2: onboard USB power management device4. Power supply switch, powered from 5Vin or USB connection5. Boot mode selection, for configuring BOOT0 pin6. Power indicator7. VBUS LED8. Reset button9. 8M crystal10. 32.768K crystal, for internal RTC with calibration11. JTAG/SWD interface: for debugging/programming12. USB connector, used for establishing USB communication between PC and the STM32 development board13. MCU pins expander, VCC, GND and all the I/O pins are accessible on expansion connectors for further expansion14. 5Vin pinheader, 5V power supply is required when using USB HOST/OTG15. USB jumper- Short the jumper when using USB- Open the jumper to disconnect from related I/O port16. VBAT selection jumper- Short the jumper to use system power supply- Open the jumper to connect the VBAT to external power, such as batteryPackage Contents1. Core405R x 12. USB type A to Mini-B cable x 13. Software CD x 1

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STM32 development board designed for STM32F429I, features the STM32F429IGT6 MCU, and integrates various standard interfaces, pretty easy for peripheral expansions.Overview1. Open429I-C is an STM32 development board designed for the STM32F429IGT6 microcontroller, consists of the mother board and the MCU core board Core429I.2. The Open429I-C supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with STM32 series microcontrollers.What has on the mother board1. MCU core board connector: for easily connecting the Core429I2. USART3 interface: easily connects to RS232, RS485, USB TO 232, etc.3. DCMI interface: for connecting camera4. Capacitive touch panel interface: for connecting capacitive touch panel5. CAN2 interface: for connecting CAN modules6. CAN1 interface: for connecting CAN modules7. SDIO interface: for connecting Micro SD module, features much faster access speed rather than SPI8. ULPI interface: for connecting high-speed USB peripheral (the STM32F429I integrates USB HS controller without any PHY device)9. LCD interface 1: for connecting 7inch LCD10. ONE-WIRE interface: easily connects to ONE-WIRE devices (TO-92 package), such as temperature sensor (DS18B20), electronic registration number (DS2401), etc.11. LCD interface 2: for connecting 4.3inch LCD12. I2C2/I2C3 interface: easily connects to I2C peripherals such as I/O expander (PCF8574), EEPROM (AT24Cxx), etc.13. SAI1 interface: for connecting audio modules like UDA1380 module14. Ethernet interface: for connecting Ethernet modules15. USB connector: USB to UART via the onboard convertor PL230316. SPI1/SPI2 interfaces:- Easily connects to SPI peripherals such as DataFlash (AT45DBxx), SD card, MP3 module, etc.- Easily connects to AD/DA modules (SPI1 features AD/DA alternative function)17. I2S2/I2S3/I2C1 interface: easily connects to I2S peripherals such as audio module, etc.18. 8-bit FMC interface: easily connects to peripherals such as NandFlash19. 5V DC jack20. 5V/3.3V power input/output: usually used as power output, also common-grounding with other user board21. MCU pins connector: all the MCU I/O ports are accessible on expansion connectors for further expansion22. PL2303: USB to UART convertor23. LEDs: convenient for indicating I/O status and/or program running state24. PL2303 TX-LED / RX-LED25. 12MHz crystal: for PL230326. Joystick: five positions27. WAKE UP button: used as regular button, and/or wake up the STM32 MCU from sleep28. USB to UART jumper29. LED jumper- Short the jumper to connect to default I/Os used in example code- Open the jumper to connect to custom I/Os via jumper wires30. Button/Joystick jumper- Short the jumper to connect to default I/Os used in example code- Open the jumper to connect to custom I/Os via jumper wiresPackage Contains1. Open429I-C development board x 12. USB type A plug to mini-B plug cable x 13. USB type A receptacle to mini-B plug cable x 14. 4-pin 2-pin wires pack x 15. USB power cable x 16. Software CD x 1

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Overview1. Open429I-C is an STM32 development board designed for the STM32F429IGT6 microcontroller, consists of the mother board and the MCU core board Core429I.2. The Open429I-C supports further expansion with various optional accessory boards for specific application. The modular and open design makes it the ideal for starting application development with STM32 series microcontrollers.What has on the mother board1. MCU core board connector: for easily connecting the Core429I2. USART3 interface: easily connects to RS232, RS485, USB TO 232, etc.3. DCMI interface: for connecting camera4. Capacitive touch panel interface: for connecting capacitive touch panel5. CAN2 interface: for connecting CAN modules6. CAN1 interface: for connecting CAN modules7. SDIO interface: for connecting Micro SD module, features much faster access speed rather than SPI8. ULPI interface: for connecting high-speed USB peripheral (the 9. STM32F429I integrates USB HS controller without any PHY device)10. LCD interface 1: for connecting 7inch LCD11. ONE-WIRE interface: easily connects to ONE-WIRE devices (TO-92 package), such as temperature sensor (DS18B20), electronic registration number (DS2401), etc.12. LCD interface 2: for connecting 4.3inch LCD13. I2C2/I2C3 interface: easily connects to I2C peripherals such as I/O expander (PCF8574), EEPROM (AT24Cxx), etc.14. SAI1 interface: for connecting audio modules like UDA1380 module15. Ethernet interface: for connecting Ethernet modules16. USB connector: USB to UART via the onboard convertor PL2303SPI1/SPI2 interfaces:- Easily connects to SPI peripherals such as DataFlash (AT45DBxx), SD card, MP3 module, etc.- Easily connects to AD/DA modules (SPI1 features AD/DA alternative function)17. I2S2/I2S3/I2C1 interface: easily connects to I2S peripherals such as audio module, etc.18. 8-bit FMC interface: easily connects to peripherals such as NandFlash19. 5V DC jack20. 5V/3.3V power input/output: usually used as power output, also common-grounding with other user board21. MCU pins connector: all the MCU I/O ports are accessible on expansion connectors for further expansion22. PL2303: USB to UART convertor23. LEDs: convenient for indicating I/O status and/or program running state24. PL2303 TX-LED / RX-LED25. 12MHz crystal: for PL230326. Joystick: five positions27. WAKE UP button: used as regular button, and/or wake up the STM32 MCU from sleep28. USB to UART jumper29. LED jumper- Short the jumper to connect to default I/Os used in example code- Open the jumper to connect to custom I/Os via jumper wires30. Button/Joystick jumper- Short the jumper to connect to default I/Os used in example code- Open the jumper to connect to custom I/Os via jumper wiresThe "Standard Package" and "Accessory Boards Package" below are included.Standard Package1. Open429I-C development board x 12. USB type A plug to mini-B plug cable x 13. USB type A receptacle to mini-B plug cable x 14. 4-pin 2-pin wires pack x 15. USB power cable x 16. Software CD x 1Accessory Boards Package1. 4.3 inch 480x272 Touch LCD (B) x 12. DP83848 Ethernet Board x 13. USB3300 USB HS Board x 14. NandFlash Board (A) x 15. UDA1380 Board x 16. Micro SD Storage Board x 17. OV2640 Camera Board x 18. Ethernet Cable x 19. 4.3 inch LCD screws pack x 1

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NUCLEO-L476RG DescriptionThe STM32 Nucleo board provides an affordable and flexible way for users to try out new ideas and build prototypes with any STM32 microcontroller line, choosing from the various combinations of performance, power consumption and features. The Arduino™ connectivity support and ST Morpho headers make it easy to expand the functionality of the STM32 Nucleo open development platform with a wide choice of specialized shields.The STM32 Nucleo board does not require any separate probe as it integrates the ST-LINK/V2-1 debugger and programmer.The STM32 Nucleo board comes with the STM32 comprehensive software HAL library together with various packaged software examples, as well as direct access to mbed online resources.NUCLEO-L476RG Key FeaturesSTM32 microcontroller with LQFP64 packageTwo types of extension resourcesArduino Uno Revision 3 connectivitySTMicroelectronics Morpho extension pin headers for full access to all STM32 I/Osmbed-enabled (http://mbed.org)On-board ST-LINK/V2-1 debugger/programmer with SWD connectorselection-mode switch to use the kit as a standalone ST-LINK/V2-1Flexible board power supplyUSB VBUS or external source(3.3 V, 5 V, 7 - 12 V)Power management access pointThree LEDsUSB communication (LD1), user LED (LD2), power LED (LD3)Two push buttons: USER and RESETUSB re-enumeration capability: three different interfaces supported on USBVirtual Com portMass storageDebug portSupported by wide choice of Integrated Development Environments (IDEs) including IAR™, Keil®, GCC-based IDEs

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OverviewSmart robot is always the favorite project of electronic enthusiasts, however, a robot will be "not that smart" if it is not AI-based.Welcome the JetBot, an actual smart robot powered by Jetson Nano. With the intelligent eye (front camera), facial recognition, object tracking, auto line following, and collision avoidance can be easily achieved. It also comes with ROS nodes code, which makes it easy to get started with the open source ROS (Robot Operating System), and to learn the system framework and concepts of ROS.Features1. Adopts 3x 18650 batteries (NOT included), high battery capacity, up to 12.6V voltage output, more powerful driving force.2. Integrates S-8254AA + AO4407A lithium battery protection circuit, provides protections for over-charge, over-discharge, over-current, and short circuit.3. Onboard APW7313 voltage regulator, provides stable 5V voltage for the Jetson Nano.4. Onboard TB6612FNG dual H-bridge motor driver.5. Onboard 0.91inch 128×32 pixels OLED, allows to display robot IP address, RAM, battery life, etc.6. Onboard ADS1115 AD acquisition chip for monitoring the battery in real time.7. Weight: 1029gWhat is on the JetBot Expansion Board1. S-8254AA: Lithium battery protector, provides protections for over-charge, over-discharge, over-current, and short circuit2. ADS1115: 16-bit AD acquisition chip, monitoring the battery in real time3. AO4407A: P-Channel MOSFET for protection circuit4. APW7313: 5V power regulator for powering the Jetson Nano5. PCA9685: PWM controller, I2C interface, for IO expansion6. TB6612FNG: dual H-bridge motor driver7. 0.91 inch OLED: SSD1306 driver chip, 128×32 pixels8. Battery charger input: charging the 3x 18650 batteries9. Power switch10. 18650 battery holder11. Motor connector (bottom side)12. Jetson Nano communication header: I2C interface and power supplyPacking List1. Jetson Nano Developer Kit x12. Micro SD Card 64GB ×13. Metal box x14. Camera holder x15.Acrylic piece x16. Jetbot expansion board x17. IMX219-160 Camera x18. Wireless-AC8265 x19. Motor 2PCS x110. Wheel 2PCS x111.Omni-direction wheel 2PCS x112. Power adapter EU head x113. 12.6V battery charger x114. Wireless gamepad x115. Screwdriver 2PCS x116. 6Pin 9cm cable x117. Screws pack x118. Spanner x119. Cooling fan x120. Micro SD card reader x1

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Overview1. Infrared detection, eliminating the interferences of external stray light2. Schmitt trigger, stable wave form and signals3. Signal output indicator (while breaking the beam, outputs low level, the indicator lights up)Specifications1. Power: 3.3V ~ 5V2. Dimension: 26.8mm × 15mm × 18.7mm3. Mounting holes size: 3mm4. Gap width: 6mmApplications- Motor speed detection- Pulse counterHow to UseIn the case of working with a MCU:- VCC ↔ 3.3V ~ 5V- GND ↔ GND- DOUT ↔ MCU.IO (digital output)

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OverviewThis AlphaBot2 robot kit is designed to use with Raspberry Pi 3 Model B (not included). It features rich common robot functions including line tracking, obstacle avoiding, Bluetooth/infrared/WiFi remote control, video monitoring, etc.Thanks to the highly integrated modular design, it is fairly easy to assemble by a snap, no soldering, no wiring. After a few minutes spent on hardware assembing, you're almost there, our open source demo codes is ready to help you get started fast.AlphaBot2 FeaturesAlphaBot2 employs a 2-layer structure to provide excellent stability and compatibility.AlphaBot2-Base, the lower base chassis:1. 5-ch infrared sensor, analog output, combined with PID algorithm, stable line tracking2. Onboard modules like line tracking, obstacle avoiding, needs no messy wiring3. TB6612FNG dual H-bridge motor driver, compared with L298P, it's more efficient, more compact, and less heating4. 5Onboard RGB LEDs, true color lighting, pretty coolAlphaBot2-Pi, the upper adapter board for controller:1. LM2596 voltage regulator, provides the Pi with stable 5V power2. TLC1543 AD acquisition chip, allows the Pi to use analog sensors3. PCA9685 servo controller, make it more smoothly to rotate the pan head4. CP2102 UART converter, easy for controlling the Pi via UART

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OverviewThis AlphaBot2 robot kit is designed to use with an Arduino compatible controller (not included). It features rich common robot functions including line tracking, obstacle avoiding, ultrasonic ranging, infrared remote control, Bluetooth communication, etc.Thanks to the highly integrated modular design, it is fairly easy to assemble by a snap, no soldering, no wiring. After a few minutes spent on hardware assembing, you're almost there, our open source demo codes is ready to help you get started fast.AlphaBot2 FeaturesAlphaBot2 employs a 2-layer structure to provide excellent stability and compatibility.AlphaBot2-Base, the lower base chassis:1. 5-ch infrared sensor, analog output, combined with PID algorithm, stable line tracking2. Onboard modules like line tracking, obstacle avoiding, needs no messy wiring3. TB6612FNG dual H-bridge motor driver, compared with L298P, it's more efficient, more compact, and less heating4. N20 micro gear motor, with metal gears, low noise, high accuracy5. Onboard RGB LEDs, true color lighting, pretty coolAlphaBot2-Ar, the upper adapter board for controller:1. Onboard Arduino interface, into which Arduino controller can be directly plugged2. 0.96inch 128x64 yellow/blue dual color OLED3. TLC1543 AD acquisition chip4. PC8574 I/O expander, avoid I/O shortage5. Xbee connector, for connecting dual-mode Bluetooth modulePackage Contents1. AlphaBot2-Ar (adapter board) x12. AlphaBot2-Base (base chassis) x13. Ultrasonic sensor x14. IR remote controller x15. FC-20P cable 8cm x16. USB type A plug to micro B plug cable x17. AlphaBot2-Ar screws x18. Screwdriver x1 (Extra Free)

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Specifications1. Product: MG90S Servo2. Torque: 2.0kg/cm(4.8V), 2.8kg/cm(6V)3. Speed: 0.11s/60°(4.8V), 0.09s/60°(6V)4. Rotate angle: 180°5. Operating voltage: 4.8 ~ 6V6. Gear: metal7. Dead band: 5us8. Weight: 12.2g9. Dimension: 22.8mm × 12.2mm × 28.5mm

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1. Product: MG996R Servo2. Torque: 9kg/cm(4.8V), 11kg/cm(6V)3. Speed: 0.19s/60°(4.8V), 0.18s/60°(6V)4. Rotate angle: 180°5. Operating voltage: 4.8 ~ 6V6. Gear: metal7. Dead band: 5us8. Weight: 55g9. Dimension: 40.7mm × 19.7mm × 42.9mm

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Overview1. This is a Raspberry Pi LoRa HAT based on SX1268, covers 470MHz frequency band. It allows data transmission up to 5km through serial port.2. By utilizing the new generation LoRa spread spectrum modulation technology, the communication distance of the module is as long as 5km, also supports auto repeating to transmit longer. Other features include Wake on Radio, wireless config, carrier sensing, communication key, and so on.3. Comparing with normal LoRa modules, the SX1268 LoRa HAT achieves longer communication distance, higher rate, lower consumption, better safety and anti-interference. It is suitable for various applications such as industrial control, smart home, data collection, etc.Features1. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards2. Onboard CP2102 USB TO UART converter, for serial debugging3. Brings the UART control interface, for connecting host boards like Arduino/STM324. 4x LED indicators, easy to check the module status5. LoRa spread spectrum modulation technology, up to 84 available signal channel, longer communication distance, more robust to interference6. Auto multi-level repeating, suit for ultra long range communication, allows multi network on the same region7. Low power consumption features like deep sleeping and Wake on Radio, ideal for battery-powered applications8. Customizable communication key which won't be retrieved, greatly improves the security of user data9. Support LBT, monitoring the signal channel noise before transmitting, greatly improves the success ratio under extreme environment10. Support RSSI signal intensity indicating, for evaluating signal quality, tuning the network11. Support wireless parameter configuration, by sending wireless command/data packet, remotely configure or retrieve the module parameter12. Support fixed-point transmission, broadcast, signal channel monitor13. Come with development resources and manual (examples for Raspberry Pi/STM32)What is on Board1. SX1268 LoRa module2. 74HC125V: voltage level translator3. CP2102: USB TO UART converter4. Raspberry Pi GPIO connector: for connecting with Raspberry Pi5. USB TO UART port6. UART header: for connecting host boards like STM32/Arduino7. SMA antenna connector8. IPEX antenna connector9. Indicators:- RXD/TXD: UART RX/TX indicator- AUX: auxiliary indicator- PWR: power indicator10. UART selection jumpers- A: Control the LoRa module through USB TO UART- B: Control the LoRa module through Raspberry Pi- C: Access Raspberry Pi through USB TO UART11. LoRa mode selection jumpers- Short M0, short M1: Transmission mode- Short M0, open M1: Configuration mode- Open M0, short M1: WOR mode- Open M0, open M1: deep sleep modeSpecification1. RF module: SX12682. Frequency band: 410.125 ~ 493.125MHz3. Radio rate: 0.3kbps ~ 62.5kbps (programmable)4. Transmit power: 22.0dBm (10/13/17/22dBm programmable)5. Receive sensitivity: -147dBm (radio rate 2.4kbps)6. Power consumption: - Transmit current: 110mA (transient consumption)- Receive current: 11mA- Sleep current: 2uA (LoRa module software shutoff)7. Communication interface: UART (TTL level)8. Baudrate: 1200bps ~ 115200bps (9600bps by default)9. Packet length: 240 Byte (32/64/128/240 Byte programmable)10. Cache: 1000 Byte11. Experimental range: 5km (condition: cloudless and wild, altitude 2.5m, antenna gain 5dBi, radio rate 2.4kbps)12. Power supply: 5V13. Logic level: 3.3V/5V14. Operating temperature: -40~85 degree C15. Applications: Smart home, industrial sensors, building automation, smart meters, and more other IoT applications16. Dimensions: 7cm x 12cm x 2cm17. Weight: 69g18. Packing List:- SX1268 470M LoRa HAT x1- USB type A plug to micro plug cable x1- 470MHz antenna x1

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Overview1. This is a Pi LoRa HAT based on SX1262, covers 915MHz frequency band. It allows data transmission up to 5km through serial port.2. By utilizing the new generation LoRa spread spectrum modulation technology, the communication distance of the module is as long as 5km, also supports auto repeating to transmit longer. Other features include Wake on Radio, wireless config, carrier sensing, communication key, and so on.3. Comparing with normal LoRa modules, the SX1262 LoRa HAT achieves longer communication distance, higher rate, lower consumption, better safety and anti-interference. It is suitable for various applications such as industrial control, smart home, data collection, etc.Features1.Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards2. Onboard CP2102 USB TO UART converter, for serial debugging3. Bring the UART control interface, for connecting host boards like Arduino/STM324. 4x LED indicators, easy to check the module status5. LoRa spread spectrum modulation technology, up to 81 available signal channel, longer communication distance, more robust to interference6. Auto multi-level repeating, suit for ultra long range communication, allows multi network on the same region7. Low power consumption features like deep sleeping and Wake on Radio, ideal for battery-powered applications8. Customizable communication key which wont be retrieved, greatly improves the security of user data9. Support LBT, monitoring the signal channel noise before transmitting, greatly improves the success ratio under extreme environment10. Support RSSI signal intensity indicating, for evaluating signal quality, tuning the network11. Support wireless parameter configuration, by sending wireless command/data packet, remotely configure or retrieve the module parameter12. Support fixed-point transmission, broadcast, signal channel monitor13. Come with development resources and manual (examples for Raspberry Pi/STM32)What is on Board1. SX1262 LoRa module2. 74HC125V: voltage level translator3. CP2102: USB TO UART converter4. Raspberry Pi GPIO connector: for connecting with Raspberry Pi5. USB TO UART port6. UART header: for connecting host boards like STM32/Arduino7. SMA antenna connector8. IPEX antenna connector9. Indicators:- RXD/TXD: UART RX/TX indicator- AUX: auxiliary indicator- PWR: power indicator10. UART selection jumpers- A: Control the LoRa module through USB TO UART- B: Control the LoRa module through Raspberry Pi- C: Access Raspberry Pi through USB TO UART11. LoRa mode selection jumpers- Short M0, short M1: Transmission mode- Short M0, open M1: Configuration mode- Open M0, short M1: WOR mode- Open M0, open M1: deep sleep modeSpecification1. RF module: SX12622. Frequency band: 850.125 ~ 930.125MHz3. Radio rate: 0.3kbps ~ 62.5kbps (programmable)4. Transmit power: 22.0dBm (10/13/17/22dBm programmable)5. Receive sensitivity: -147dBm (radio rate 2.4kbps)6. Power consumption: - Transmit current: 133mA (transient consumption)- Receive current: 11mA- Sleep current: 2uA (LoRa module software shutoff)7. Communication interface: UART (TTL level)8. Baudrate: 1200bps ~ 115200bps (9600bps by default)9. Packet length: 240 Byte (32/64/128/240 Byte programmable)10. Cache: 1000 Byte11. Experimental range: 5km (condition: cloudless and wild, altitude 2.5m, antenna gain 5dBi, radio rate 2.4kbps)12. Power supply: 5V13. Logic level: 3.3V/5V14. Operating temperature: -40~85 degree C15. Applications: Smart home, industrial sensors, building automation, smart meters, and more other IoT applications16. Dimensions: 7cm x 12cm x 2cm17. Weight: 69g18. Packing List:- SX1262 915MHz LoRa HAT x1- USB type A plug to micro plug cable x1- 915MHz antenna x1

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Overview1. This is a Raspberry Pi LoRa HAT based on SX1268, covers 433MHz frequency band. It allows data transmission up to 5km through serial port.2. By utilizing the new generation LoRa spread spectrum modulation technology, the communication distance of the module is as long as 5km, also supports auto repeating to transmit longer. Other features include Wake on Radio, wireless config, carrier sensing, communication key, and so on.3. Comparing with normal LoRa modules, the SX1268 LoRa HAT achieves longer communication distance, higher rate, lower consumption, better safety and anti-interference. It is suitable for various applications such as industrial control, smart home, data collection, etc.Features1.Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards2. Onboard CP2102 USB TO UART converter, for serial debugging3. Bring the UART control interface, for connecting host boards like Arduino/STM324. 4x LED indicators, easy to check the module status5. LoRa spread spectrum modulation technology, up to 84 available signal channel, longer communication distance, more robust to interference6. Auto multi-level repeating, suit for ultra long range communication, allows multi network on the same region7. Low power consumption features like deep sleeping and Wake on Radio, ideal for battery-powered applications8. Customizable communication key which wont be retrieved, greatly improves the security of user data9. Support LBT, monitoring the signal channel noise before transmitting, greatly improves the success ratio under extreme environment10. Support RSSI signal intensity indicating, for evaluating signal quality, tuning the network11. Support wireless parameter configuration, by sending wireless command/data packet, remotely configure or retrieve the module parameter12. Support fixed-point transmission, broadcast, signal channel monitor13. Come with development resources and manual (examples for Raspberry Pi/STM32)What is on Board1. SX1268 LoRa module2. 74HC125V: voltage level translator3. CP2102: USB TO UART converter4. Raspberry Pi GPIO connector: for connecting with Raspberry Pi5. USB TO UART port6. UART header: for connecting host boards like STM32/Arduino7. SMA antenna connector8. IPEX antenna connector9. Indicators:- RXD/TXD: UART RX/TX indicator- AUX: auxiliary indicator- PWR: power indicator10. UART selection jumpers- A: Control the LoRa module through USB TO UART- B: Control the LoRa module through Raspberry Pi- C: Access Raspberry Pi through USB TO UART11. LoRa mode selection jumpers- Short M0, short M1: Transmission mode- Short M0, open M1: Configuration mode- Open M0, short M1: WOR mode- Open M0, open M1: deep sleep modeSpecification1. RF module: SX12682. Frequency band: 410.125 ~ 493.125MHz3. Radio rate: 0.3kbps ~ 62.5kbps (programmable)4. Transmit power: 22.0dBm (10/13/17/22dBm programmable)5. Receive sensitivity: -147dBm (radio rate 2.4kbps)6. Power consumption: - Transmit current: 110mA (transient consumption)- Receive current: 11mA- Sleep current: 2uA (LoRa module software shutoff)7. Communication interface: UART (TTL level)8. Baudrate: 1200bps ~ 115200bps (9600bps by default)9. Packet length: 240 Byte (32/64/128/240 Byte programmable)10. Cache: 1000 Byte11. Experimental range: 5km (condition: cloudless and wild, altitude 2.5m, antenna gain 5dBi, radio rate 2.4kbps)12. Power supply: 5V13. Logic level: 3.3V/5V14. Operating temperature: -40~85 degree C15. Applications: Smart home, industrial sensors, building automation, smart meters, and more other IoT applications16. Dimensions: 7cm x 12cm x 2cm17. Weight: 69g18. Packing List:- SX1268 433MHz LoRa HAT x1- USB type A plug to micro plug cable x1- 433MHz antenna x1

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