HX711 Load Cell Module The HX711 Dual-Channel 24 Bit Precision A/D weight Pressure Sensor Load Cell Amplifier and ADC Module is a small breakout board for the HX711 IC that allows you to easily read load cells to measure weight. By connecting the module to your microcontroller, you will be able to read the changes in the resistance of the load cell with some calibration. You’ll be able to get very accurate weight measurements. This can be handy for creating your own industrial scale, process control, or simple presence detection. The HX711 Weighing Sensor uses a two-wire interface (Clock and Data) for communication. Any microcontroller’s GPIO pins should work and numerous libraries have been written making it easy to read data from the HX711. Load cells use a four-wire Wheatstone bridge to connect to the HX711. These are commonly colored RED, BLK, WHT, GRN, and YLW. Analog Sides: E+: Excitation positive. E-: Excitation negative. A-: Channel A Negative Input. A+: Channel A positive Input. B-: Channel B Negative Input. B+: Channel B positive Input. Digital Sides: GND: 0V / Ground Power Connection. DT: Data IO Connection. SCK: Serial Clock Input. VCC: Power Input. Also check The 10kg load cell with an HX711 weight sensor is a device that can be used to measure weight. It is made up of a load cell, which is a sensor that converts force into an electrical signal, and an HX711 weight sensor, which amplifies and converts the load cell's output into a digital signal that can be read by a microcontroller.

Infrared IR Wireless Remote Control Module Kit for Arduino The Infrared IR Wireless Remote Control Module Kit for Arduino is the perfect solution for Arduino enthusiasts, makers, and DIY projects. It measures 86mm x 40mm x 6.5mm and is suitable for all age ranges. This kit is the ideal companion for your robotics, DIY projects, and electronic experiments. Made with top-notch materials, it offers the highest quality and durability. The 38KHz infrared receiver module ensures precise signal decoding, making it perfect for robotics, home automation, and various electronic applications. Its advanced technology guarantees a unique selling point that sets your projects apart. The Infrared IR Wireless Remote Control Module Kit is designed to solve remote control challenges in your projects. It's easy to use and maintain, featuring a user-friendly design with a unique feature that enhances your creations. With an effective transmission distance of up to 8 meters, this kit opens up a world of possibilities. This kit is versatile, offering endless DIY possibilities with the included components: 1 Infrared IR Wireless Remote, 1 IR Receiver, 3 F-F Jumper cables, and 1 LED. Whether you're a beginner or an experienced DIY enthusiast, this kit is perfect for skill development and interactive works. It's a versatile tool for all age ranges, making it a must-have for Arduino enthusiasts. Explore the world of electronics and take your projects to the next level with the Infrared IR Wireless Remote Control Module Kit for Arduino. Order now and unlock the potential of your creativity. Features: Depending on the surrounding environment and the sensitivity of the receiver the transmission distance may be affected. Photo-detector and preamplifier in one package. Internal filter for PCM frequency. Improved shielding against EMI. Also check IR Remote . It operates on a precision 38 kHz Infrared transmitter that uses a MOS integrated circuit with NEC transmission format, making it suitable for remote operation in TV, VCD, and all compatible IR receiver devices. This universal infrared remote control can generate and transmit IR signals based on the NEC encoding format.

IOT Starter Kit

IOT-GA6 GPRS GSM Module IOT-GA6 GPRS GSM Module is an ideal IoT solution for automotive, industrial, personal tracking, power environment, wireless POS, smart metering and other projects with ultra-small size. The control pins are strobe, clock, and data. The strobe and clock pins are only output while the data pin can be both output and input. The strobe pin is used when sending data to the board - you set the strobe pin to low before you start sending data - one or more bytes - and then set the strobe pin back to high. Note that there is just one data pin which means the data is being sent 1 bit at a time. This is where the clock pin comes into play. When sending data you set the clock pin to low then you set the data pin and set the clock pin back to high to commit the bit value. This chip supports GSM/GPRS network, available for GPRS and SMS message data remote transmission.With the help of the A6 chip, GPRS is never deactivated until its application is on and online. It supports either digital and analog audio, with HR, FR, EFR, and AMR voice coding. This module can add voice, text, SMS, and data capabilities to your Arduino project. It has more price-to-performance value than the SIM800 and SIM900 modules. This small and low power consumption module can communicate with the microcontrollers and Arduino boards through the UART interface, with the capability of command reception, including GSM 07.07, and GSM 07.05 standards. It can be used for IoT projects, M2M applications, industrial automation, BMS projects, home automation, public transportation, personal tracking, electricity environment detection, wireless POS, smart metering, and other M2M applications Features Mini version of a serial GSM/GPRS core development board based on GPRS A6 chip Supports dual-band GSM/GPRS network for GPRS and SMS message data remote transmission Provides a serial port for communication via GPRS, text messages, and phone calls Ideal IoT solution for automotive, industrial, personal tracking, power environment, wireless POS, smart metering, and other projects with ultra-low power consumption Supports GSM/GPRS four bands: 850, 900, 1800, 1900 MHZ Supports voice calls, news SMS, and standard gsm07.04 Adds voice, text, SMS, and data capabilities to Arduino projects Communicates with microcontroller via UART port and supports command including GSM 07.07, GSM 07.05, and Ai-Thinker enhanced AT Commands Compact size and low current consumption with power-saving techniques Current consumption as low as 3mA in sleep mode Can be integrated into a great number of IoT projects such as M2M applications, industrial automation, BMS projects, home automation Applications: Remote System Monitoring Home Alarm System Remote Controlling System Security Access Control Vehicle tracking SMS Gateway

IR Proximity Sensor with SMD UNO Compatible with Arduino The Arduino UNO SMD board is based on the ATmega328. It has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with an AC-to-DC adapter or battery to get started. IR Proximity Sensor module has the great adaptive capability of the ambient light, having a pair of an infrared transmitter and the receiver tube, the infrared emitting tube to emit a certain frequency encounters an obstacle detection direction (reflecting surface), infrared reflected the receiver tube receiving, after a comparator circuit processing, the green LED lights up, while the signal output will output digital signal (a low-level signal). Arduino UNO Pinout: IR Proximity Sensor Pinout: Applications: Remote System Monitoring Home Alarm System Remote Controlling System Security Access Control Vehicle tracking SMS Gateway Arduino Music Instrument Robot Car Fingerprint door lock

IR remote controlled bot This DIY IR Remote Control Robotic Car Chassis Kit is the perfect mechanical platform for your robotics projects. This IR remote controlled bot is controlled by Arduino . All of the hardware and mechanical components needed to make your robot are included in this kit, including, the IR Remote, TSOP Receiver, motors, wheels, chassis, nuts & bolts, and more. Simply connect your electronics (IR Remote Control Module with Motor Driver) and connect the battery to your robot. It has a big surface area with predrilled holes for installing sensors and electronics according to your needs. This robot chassis allows you to quickly prepare your mechanical platform. Wheeled Robots are the most common robots because they are simple to create, maintain, and operate. Features: Compact and easy to assemble Self-contained kit Learning with fun Encourage creative thinking Best for beginners

ISD1820 3-5V Voice Module Recording And Playback Module with Microphone and 0.5W Speaker The ISD1820 Recording Module Voice Board is the real easy way to add Voice Recording (and Playback) to your project. The Module can be operated directly by using the 3 Push-Buttons or with every microcontroller (ex. Arduino). A microphone is implemented directly on the board, and you can connect any 8 Ohm Speaker. Your recordings are saved even without power due to the non-volatile storage on the ISD1820. This module uses the ISD1820 voice record and playback IC to record a single voice message of up to 10 seconds in length. The recorded message is stored in its specialized analogue flash memory that will keep the message stored even when power is removed. The module includes an electret microphone to record your message and push buttons allow for record, partial playback, or full playback of the message. Header pins allow for easy interface to a microcontroller and playback can be controlled with just one digital pin. Key control recording and playback operation method: REC key: recording button, press and hold to record, release the button to stop recording; RLAYE key: trigger mode playback, click to play the current voice of the entire paragraph; PLAYL key: jog mode playback, press and hold to playback, release to stop playing; RPL jumper: loop play mode control, can be played circularly; FT jumper: through control, it allows the microphone voice directly to the speaker to playback. Method of operation: REC button: record button, you can press and hold the recording, release the button to stop recording; RLAYE key: trigger mode playback, press will play this whole speech; PLAYL key: jog mode playback, press and hold until playback, release to stop playback; RPL Jumper: loop mode control, loop playback; FT Jumper: direct control, microphone voice through the speaker can playback. Also check the ISD1820 Sound Voice Board Recording Module . It features the ISD1820 chip with an onboard microphone, allowing direct recording of approximately 10 seconds of voice. This recording/playback device offers true single-chip voice recording, non-volatile storage, and playback capabilities for 8 to 20 seconds.

ISD1820 Sound Voice Board Recording Module The ISD1820 Sound/Voice Board Recording is 100% Brand new and high-quality Board ISD1820 chip with an Onboard microphone, you can direct recording of About 10 seconds voice recording. This voice record/playback device is based on the ISD1820 chip, which can record/playback multiple-message. It can offer true single-chip voice recording, non-volatile storage, and playback capability for 8 to 20 seconds. For the sampling rate of 3.2KHz, it can record for the total duration of 20 seconds.

Jetson AGX Orin H01 Developer Kit with Jetson AGX Orin 32GB Module - Seeed Studio The Jetson AGX Orin H01 Developer Kit with Jetson AGX Orin 32GB Module by Seeed Studio is a high-performance AI development kit designed for advanced robotics, autonomous machines, and edge computing solutions. Powered by the Jetson AGX Orin 32GB Module, this development kit delivers an impressive 200 TOPs of AI performance, enabling demanding AI workloads with ease. It offers a wide range of rich interfaces such as PCIe X16, Gigabit Ethernet, 10GbE, USB 3.2, HDMI 2.1, M.2 Key M and E slots, a 16-lane MIPI CSI-2, and a 40Pin header to support flexible expansion and connectivity. Pre-installed with JetPack 5.1.2, the Jetson AGX Orin H01 Kit provides developers with a ready-to-use platform for efficient development and rapid prototyping of AI-powered applications. Features: Brilliant AI Performance for Production: on-device processing with up to 200 TOPS AI performance at low power and latency, providing up to 10X the performance of Jetson Xavier NX and up to 6X the performance of Jetson AGX Xavier. The hand-size edge AI device is 107mm x 106.4mm x 70.5mm and includes the Jetson AGX Orin™ production module, a heatsink with a cooling fan, an enclosure, and a power connector. PCIe X16, GbE, 10GbE, 3x USB 3.2, HDMI 2.1, M.2 Key M, M.2 Key E, 2.4/5GHz Wi-Fi, Bluetooth, 16 lane MIPI CSI-2, 40-pin header. Pre-installed JetPack 5.1.2, Linux OS BSP, support for Jetson applications, and major AI frameworks and software platforms all help to accelerate solution delivery. Hardware Overview: Top View: Bottom View: Important Upgrades: Upgrade the A605 carrier board to version 2.3 on November 25, 2024. There are a few adjustments. To address the issue of device reboot caused by using some USB devices with high dynamic current, the 5V power supply solution was altered (the power IC was replaced with a TI TPS5301DGS). Optimized PCB layout. The Wi-Fi module was replaced with the BL-M8822CP1, and the software driver was updated concurrently. Applications: Traffic Management: License plate detection Car detection Pedestrian detection Industry 4.0: Helmet detection Hard hat detection Custom PPE detection Visual Anomaly Detection Retail: Sentiment analysis Retail store items detection Robotics: Under-ice sensing ROV Warehouse towing robot Edge AI into the Wild: Wildfire detection Agriculture: Weeding machines Tractors Livestock detection Healthcare: Medical imaging analysis

Jetson Nano Development & Expansion Kit Lite with Optional Module Support The Jetson Nano Development Board, designed by Waveshare, is a practical and streamlined development solution based on the Jetson Nano 4GB module. It maintains almost the same size, I/O layout, and overall thickness as the official Jetson Nano Developer Kit (B01), making it highly convenient for users who want reliable performance with a simplified carrier board design. This kit focuses on stable operation, efficient storage, flexible boot options, and easy usability, ensuring a smooth development experience for engineers, hobbyists, educators, and embedded system developers. With its compact design and dependable performance, it is an excellent choice for those seeking an edge computing board or a reliable Edge AI Computing Board for various embedded projects. Features: Compatible with Jetson Nano Module Designed to work seamlessly with the Jetson Nano 4GB core module, ensuring stable performance and easy integration. Connect to CSI Camera Equipped with a CSI camera interface, supporting camera-based applications such as face recognition, road sign recognition, license plate recognition, and more. 4K High-Definition Output Features an HDMI port capable of delivering crisp 4K video output for monitors and displays. 3× USB Ports Includes 1 × USB 3.2 Gen 1 port for high-speed data transmission and 2 × USB 2.0 ports for connecting peripherals. Color-Coded 40PIN GPIO Header Comes with clearly labeled, color-coded GPIO header pins, making it convenient to identify and connect external devices, sensors, and modules. Expansion Kit Lite Diagram: Core module socket TF card slot M.2 Key E connector 1.25mm Fan header PoE pins The PoE module is not included 40PIN GPIO header 2.54mm Fan header Micro USB port for USB data transmission Gigabit Ethernet port 10/100/1000Base-T auto-negotiation, supports PoE if an external PoE module is connected 2x USB 2.0 port 1x USB 3.2 Gen 1 port HDMI port USB Type-C for 5V 3A power input PWR BTN Power Button SYS RST Reset button MIPI CSI camera connector