XH-M120 PAM8610 Amplifier Board The PAM8610 amplifier board is an all-new efficient amplifier board equipped with a 15W dual channel class D audio amplifier. This XH-M120 PAM8610 amplifier board is much more efficient and performs better than the Class AB amplifier boards. This Pam8610 audio amplifier board helps save cost and PCB area by eliminating the need for a low-pass output filter. It also can extend the battery life and is ideal for portable applications. Features: Output Power: 2x15W (at 4? load), 2x10W (at 8? load) Power Supply: Operates on a 7V to 15V DC power supply (12V recommended) Efficiency: High efficiency (up to 90%) Volume Control: 32 steps DC volume control with a range from +32dB to -75dB Protection: Includes short-circuit, overheating, and over-current protection Frequency Response: 20Hz to 15kHz Size: 45mm x 48mm x 18mm Low THD+N: Total Harmonic Distortion plus Noise (THD+N) of 0.1% for high-quality sound reproduction Compact Design: Saves cost and board space by eliminating the need for a low-pass output filter Applications: DIY Audio Projects: Ideal for building custom audio systems and portable speakers. Portable Applications: High efficiency and compact size make it suitable for battery-powered devices. Home Audio Systems: Can be used to enhance home audio setups with high-quality sound. Educational Projects: Useful for electronics and audio engineering students to learn about amplifier circuits. Embedded Systems: Can be integrated into various embedded systems requiring audio amplification. Prototyping: Great for prototyping audio-related projects due to its ease of use and versatility Features of the XH-M120 PAM8610 Amplifier Board Model XH-M120 Number of Channels Dual Channel Amplifier Board Chip Used PAM8610 Output Power 15W * 2 Supply Volatge DC6 ~ 15V Work Class D Dimensions 43mm x 47mm Weight 15g

XH-M229 ATX Multi-Voltage Desktop Power Supply Adapter Module The XH-M229 ATX Power Supply Adapter Module is designed to transform any standard 24-pin ATX power supply into a reliable multi-output bench power station. With dedicated outputs for 3.3V, 5V, 12V, and −12V, it becomes a convenient power source for electronics hobbyists, students, repair technicians, and DIY makers who need clean and stable voltage lines for testing, prototyping, or debugging. This module features individual 5A protection fuses, high-current binding posts, LED indicators, and an on-board power switch, making it extremely user-friendly and safe to operate. Its compact 208×48 mm design fits neatly on any workbench. Whether you’re powering sensors, testing circuits, or working on small engineering projects, the XH-M229 provides a dependable and accessible power solution for all your electronics needs. Features: Converts a standard 24-pin ATX power supply into a fully functional desktop bench power source for electronics projects. Provides four stable voltage outputs: 3.3V, 5V, 12V, and -12V, making it suitable for a wide range of testing applications. Equipped with high-current banana plug binding posts for easy and secure power connections. Includes individual 5A safety fuses, power indicator LEDs, and an on-board power switch for enhanced usability and protection. Built with durable components and a compact form factor, ideal for makers, labs, repair benches, and DIY project setups.

XH-M602 4.2V Digital Battery Charging Control Module The XH-M602 Digital Battery Charging Control Module is designed to safely monitor and manage battery charging. With a 220V AC input and relay-controlled output, it ensures batteries are charged efficiently while preventing overcharging. The module features a durable plastic transformer and high-quality screw terminals, making it reliable and easy to integrate into various setups. Equipped with a bright three-digit seven-segment display and 0.1V accuracy, the module continuously monitors battery voltage in real-time. It can automatically disconnect the charger based on preset start and stop voltage values, effectively protecting batteries from damage due to overcharge or power loss. Ideal for a wide range of battery types and applications, it ensures both safety and longevity. Features: Safely controls battery charging with 220V AC input and relay output. Monitors battery voltage in real-time for accurate charging. Automatically stops charging to prevent overcharging, effectively protecting battery health Bright three-digit display with 0.1V accuracy for easy reading. Durable plastic transformer and strong screw terminals for secure connections.

XH-M633 Lithium Battery Charging Control Module The XH-M633 model of the lithium battery charging module comes equipped with safeguards against overcharging. This module finds wide-ranging applications in solar cells and lithium-ion batteries. Its digital display enables real-time voltage monitoring, which effectively safeguards the battery against damage due to power loss or overcharge. This charging control module for lithium batteries features an onboard relay connected to an output terminal, and an input terminal for 220V AC. It includes a high-quality plastic transformer and a bright seven-segment three-digit display. By actively monitoring the battery voltage through the Vin terminal, the module can disable the 220V output that powers the battery charger once the battery is fully charged. check out : AA-AAA-9V Battery Charger. Also check Parallel Charging Board designed for 6 packs of 26S lithium polymer batteries. It features a T Connector/JST-XH connector type and operates at an voltage range of 022.2VDC. The charging board supports a maximum charging current of 30A and is suitable for charging six packs with the same capacity and cell count simultaneously.

XH-W1219 12V Digital Temperature Controller The XH-W1219 12V digital temperature controller is a device that allows you to control the temperature of a system or process using a digital interface. It typically includes a temperature sensor, a control algorithm, and an output mechanism to control the temperature. The XH-W1219 is a 12V version, meaning that it operates at a voltage of 12V DC. It may have inputs for setting the temperature setpoint and control parameters, as well as outputs for controlling devices such as heating elements or cooling fans. The controller may also have a display for showing the current temperature, setpoint, and other information. It may be used in a wide range of applications including HVAC systems, incubators, ovens, and other temperature-controlled environments. The XH-W1219 module is basically the same as the popular W-1209 module except it has a 2nd display added to always show the current trigger point along with the current temperature.   When programming the parameters in the module, the dual displays make it a little easier see what you are doing since the top display shows the parameter selected while the bottom display shows the value you are setting.  This module is slightly larger than the W-1209 and so will not fit in the acrylic case designed for that module. A built in STM8S uC allows you to configure the module using the display and 3 pushbuttons.  All settings are saved into non-volatile memory and are preserved during a power cycle. The temperature is sensed by a high accuracy waterproof NTC 10K Thermistor that has a range of -30°C to 110°C (-22°F to 230°F) .  The sensor cable is about 13? long, but it is possible to splice wire to lengthen the cable if needed. The relay is rated for up to 120VAC @ 10A and 14VDC @ 10A.  When the relay is energized an LED is lit.    It is also possible to use the relay on this module to switch higher power relays if you want to control a lot of power. Note : This board is Nuvoton based. Button Parameters: P0 = (Heat / Cool) sets whether the relay is energized or de-energized when trigger temperature is reached. P1 = (Hysteresis) sets the difference in degrees between the Trigger temp and when the relay changes state P2 = (Max Temp) sets the maximum Trigger temp that can be set P3 = (Min Temp) sets the minimum Trigger temp that can be set P4 = (Temp Correction) sets an offset to use for the displayed value P5 = (Delay) sets a time delay between when the Trigger temp is reached and when the relay is switched P6 = (Alarm) sets a high temperature ‘alarm’ trip point

XH-W3001 24V 240W Digital Thermostat Switch This is XH-W3001 DC 24V 240W Digital Temperature Controller Microcomputer Thermostat Switch. A temperature measurement and Controller with high accuracy and precision at a very low cost. The Digital Thermostat switch offers a high-temperature control precision of 0.1?. The temperature control range from -50? to 110?. The LED Display shows the results clearly. One can directly install or embed the XH-W3001 in the industrial control equipment panel, which is convenient and quick. It features a 1M probe made up of stainless steel material which makes it waterproof and does not let it rust easily. Also, all the delicate and sensitive components are kept safe in ABS flame retardant housing which is avirulent and environmentally protective. Digital display LLL: If the digital tube displays LLL, the sensor is faulty. Please repair the sensor or replace the sensor. Digital display HHH: If the digital tube displays HHH, this is because the detected temperature is beyond the measurement range. BUTTON FUNCTIONS OF THE XH-W3001 CONTROLLER: Press UP to show the start temperature button. On a Long press of the UP button, the display starts flashing, then press the UP or DOWN button Set the beginning of the temperature value Press Down the display button to stop the temperature. On the Long press of the Down button, the display starts flashing, then press the Up or Down button Set to stop the temperature value.

XH-W3001 DC 12V 120W Digital Display LED Temperature Controller with Thermostat Control Switch Probe This is XH-W3001 DC 12V 120W Digital Temperature Controller Microcomputer Thermostat Switch. A temperature measurement and Controller tool with high accuracy and precision at a very low cost. It offers a high-temperature control precision of 0.1?. The temperature control range from -50? to 110?. The LED Display shows the results clearly. One can directly install or embed the XH-W3001 in the industrial control equipment panel, which is convenient and quick. This temperature controller features a 1M probe made up of stainless steel material which makes it waterproof and does not let it rust easily. Also, all the delicate and sensitive components are kept safe in ABS flame retardant housing which is avirulent and environmentally protective. Digital display LLL: If the digital tube displays LLL, the sensor is faulty. Please repair the sensor or replace the sensor. Digital display HHH: If the digital tube displays HHH, this is because the detected temperature is beyond the measurement range. BUTTON FUNCTIONS OF THE XH-W3001 CONTROLLER: Press UP to show the start temperature button. On Long press of the UP button, the display starts flashing, then press the UP or DOWN button Set the beginning of the temperature value Press Down the display button to stop the temperature. On the Long press of the Down button, the display starts flashing, then press the Up or Down button Set to stop the temperature value. Applications: Hatching area Incubation Equipment case Air conditioning system Temperature control protection Cabinet cooling system Also check the XH-W3001 DC 24V 240W Digital Temperature Controller Microcomputer Thermostat Switch . It is a digital thermostat switch designed for heating control in refrigeration and is suitable for seafood machines.

XH-W3002 Intelligent Led Digital Microcomputer Temperature Controller Mini Thermostat Switch with Water-Resistant Sensor Probe 10A (Max) Multipurpose Controller This is XH-W3002 AC 220V 1500W Digital Temperature Controller Microcomputer Thermostat Switch. A temperature measurement and Controller tool with high accuracy and precision at a very low cost. It offers a high-temperature control precision of 0.1?. The temperature control range from -50? to 110?. TheLED Display shows the results clearly. One can directly install or embed the XH-W3002 in industrial control equipment panel, convenient and quick. It features a 1M probe made up of stainless steel material which makes it waterproof and does not let it rust easily. Also, all the delicate and sensitive components are kept safe in ABS flame retardant housing which is avirulent and environmental protective. Digital display LLL: If the digital tube displays LLL, the sensor is faulty. Please repair the sensor or replace the sensor. Digital display HHH: If the digital tube displays HHH, this is because the detected temperature is beyond the measurement range. Button functions of the XH-W3002 Controller: Press UP to show the start temperature button. On Long press of the UP button, the display starts flashing, then press the UP or DOWN button Set the beginning of the temperature value Press Down the display button to stop temperature. On the Long press of the Down button, the display starts flashing, then press the Up or Down button Set to stop the temperature value. Also check the XK-W2001 Adjustable Temperature Controller Socket with 1M Probe and AU Plug available on Iotcart. The adjustable temperature controller socket features a clear digital display for better readability and has a wide temperature measuring range from -50? to 110?.

XIAO Smart Vision AI Camera for Edge AI Applications -Seeed Studio The XIAO Smart Vision AI Camera by Seeed Studio is a compact and powerful AI vision camera solution designed for edge AI applications. It integrates the Grove Vision AI V2 module, XIAO ESP32-C3 controller, and an OV5647 camera into a custom 3D-printed enclosure, delivering a seamless development experience. Powered by the Himax WiseEye2 platform with an Arm Cortex-M55 processor and Ethos-U55 NPU, this device offers efficient on-device AI processing. Supporting both TensorFlow and PyTorch frameworks, it ensures compatibility with the Arduino IDE and allows developers to deploy models without coding hassles. With real-time inference visualization provided by SenseCraft AI, it’s perfect for beginners and experienced developers working on innovative AI vision projects. Features: Powerful AI Processing Capabilities The Grove Vision AI Module V2 is powered by the WiseEye2 HX6538 processor, which features a dual-core Arm Cortex-M55 and an embedded Arm Ethos-U55 neural network unit. Deploy and Visualize AI Models without Coding SenseCraft AI offers built-in models (Mobilenet V1/V2, EfficientNet‑Lite, YOLO v5/v8) or custom datasets for "Quick Training" or "Image Collection Training." After training, models are deployed to the device with a single click and inference results are visualized in real-time on the web, eliminating the need for coding. Wi-Fi Enabled Smart Vision With the built-in Wi-Fi capabilities of the XIAO ESP32-C3, you may turn this device into an intelligent IP camera. Stream detection findings wirelessly and seamlessly interact with platforms like as Home Assistant, extending its utility across a wide range of smart home scenarios. This wireless link transforms simple object detection into networked intelligent vision, allowing for remote monitoring and smart automation applications. Local Closed-Loop Automation and Home Assistant Integration After deploying a model with SenseCraft AI and flashing ESPHome, users can integrate the XIAO Vision AI Camera into Home Assistant. Within the automation editor, users can trigger other devices or send notifications based on detection events (e.g., falls, object detection), enabling a fully local, closed-loop workflow from vision to action. Fully Open Source All code, design files, and schematics are available for modification and use. We may also assist you personalize the device to match your specific applications through our ODM services. Please contact us at iot[@] seeed.cc if you are interested. What is the performance of the XIAO Vision AI Camera? To quickly assess the performance of this board, we compared it to Seeed's other MCU-based vision AI boards: Grove - Vision AI Module, thumb-size, AI-powered camera, easy-to-use, customizable sensor, super low power cost. - Seeed Studio, Mini ESP-CAM Dev Board for Edge AI - XIAO ESP32S3 Sensor in four areas: These findings clearly show that the Grove Vision AI V2 in the XIAO Vision AI Camera is an excellent option for high-performance vision processing. How XIAO VIsion AI Camera Works? How to Use it? SenseCraft AI is a platform that allows for easy AI model training and deployment using no-code/low-code. It natively supports Seeed products, guaranteeing that trained models are fully adaptable to them. Furthermore, deploying models using this platform provides quick viewing of identification results on the website, allowing for rapid assessment of model performance. With the SenseCraft AI, you can easily integrate vision AI to your smart sensor with Grove Vision AI V2. This is ideal for tinyML applications. Connect the device, select a model, and check identification results to deploy off-the-shelf or bespoke AI models quickly and easily. Applications: Industrial Automation: Quality inspection, predictive maintenance, voice control, and so on. Smart City: Monitoring equipment, managing energy consumption, and so on. Transportation: Status monitoring, position tracking, and so on. Intelligent Agriculture: environmental monitoring, etc. Mobile IoT Devices: Wearable, handheld, and other types of devices.

Adjustable Temperature Controller with Display Socket This module is XK-W2001 Adjustable Temperature Controller and features a digital display on the socket. The XK-W2001 Adjustable Temperature Controller is a mini temperature controller with a socket. The adjustable temperature controller socket AU plug is integrated with a clear digital display for better readability. The clear digital display on the XK-W2001 adjustable temperature controller socket gives you better readability and a Wide temperature measuring range. The XK-W2001 temperature controller socket plug has Input voltage of 110-220V with input of NTC10K L=1 waterproof probe. Operation Instruction: P0 setting start temperature Press the SET button to enter the internal menu. The default display is P0. Press the SET button again to set the desired starting temperature with the up and down buttons. P1 setting stop temperature Press the setting button to enter the internal menu, the digital display is P0, switch to P1 by the up and down buttons, press the setting button again, and set the required stop temperature by the up and down buttons. P2 Setting calibration temperature In the same way, enter the internal menu, switch to P2 by the up and down buttons, and then press the faint setting button. Set the required calibration temperature by the up and down buttons. P3 Setting starting delay time In the same way, enter the internal menu, switch to P3 by pressing the up and down buttons, press the setting button again, and set the required delay time (in minutes) by the up and down buttons.