Products
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Smart Door semi-automatic lock plate kit
一、 Specification parameters
Item Argument Communication mode WiFi, Bluetooth Unlocking mode Fingerprint, password, CPU card, M1 card Operating voltage DC 6V (4 1.5V alkaline batteries) Standby supply voltage USB 5V power supply Static-power-consumption ≤60uA Dynamic-power-consumption ≤350mA Card reading distance 0~15mm Cipher keyboard Capacitive touch keyboard, 14 keys (0~9, #, *, doorbell, mute) Display screen OLED (optional) Key capacity 100 codes, 100 key cards, 100 fingerprints Fingerprint sensor type Semiconductor capacitive Fingerprint resolution 508DPI Induction array 160*160 pixel Voice-operated guidance support Voice low battery alarm support Voice anti-prying alarm support Trial and error freezing ≥5 times Rights-management record support Unlocking records the local storage capacity Supports a maximum of 1000 files -
Door lock automatic lock plate kit
Specification parameter
Project Parameter Communication mode WIFI Unlocking mode Face, fingerprint, password, CPU card, APP Operating voltage DC 7.4V (Lithium battery) Standby supply voltage USB 5V power supply Static power consumption ≤130uA Dynamic power consumption ≤2A Card reading distance 0~10mm Cipher keyboard Capacitive touch keyboard, 15 keys (0~9, #, *, doorbell, mute, lock) Key capacity 100 faces, 200 passwords, 199 key cards, 100 fingerprints Voice-operated guidance Bilingual in Chinese and English, full voice instructions Voice low battery alarm support Display screen Optional 0.96 inch OLED display Video cat eye components Optional, audio and video intercom, 200W pixels, 3.97 “IPS display Voice anti-prying alarm support Trial and error freezing ≥5 times Rights management record support Unlocking records the local storage capacity Supports a maximum of 768 items Unlocking records are not lost after power failure support Nethra coils support ESD protection Contact ±8KV, air ±15KV Strong magnetic field > 0.5 T Strong electric field >50V/m -
Italy’s original Arduino Nano Every development board ABX00028/33 ATmega4809
The Arduino Nano Every is an evolution of the traditional Arduino Nano board but with a more powerful processor, the ATMega4809, you can make larger programs than the Arduino Uno (it has 50% more program memory) and more variables (200% more RAM).
The Arduino Nano is suitable for many projects that require a microcontroller board that is small and easy to use. Nano Every is small and inexpensive, making it suitable for wearable inventions, low-cost robots, electronic Musical Instruments, and general use for controlling smaller parts of large projects.
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OEM PCBA Clone Assembly Service Other PCB & PCBA Custom Electronics PCB Circuit Board
Application:Aerospace, BMS, Communication, Computer, Consumer Electronics, Home appliance, LED, Medical Instruments, Motherboard, Smart electronics, Wireless charging
Feature:Fexible PCB, High density PCB
Insulation Materials:Epoxy Resin, Metal Composite Materials, Organic Resin
Material:Aluminum Covered Copper Foil Layer, Complex, Fiberglass Epoxy, Fiberglass Epoxy Resin & Polyimide Resin, Paper Phenolic Copper Foil Substrate, Synthetic Fiber
Processing Technology:Delay Pressure Foil, Electrolytic Foil
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Fingerprint Door Locks PCBA Manufacturer Customized Smart Home PCB And PCBA
Key attributes
Other attributes
Model Number:CKS-Customized
Type:home appliance pcba
Place of Origin:Guangdong, China
Brand Name:CKS
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Raspberry Pi CM3
The CM3 and CM3 Lite modules make it easier for engineers to develop end-product system modules without having to focus on the complex interface design of the BCM2837 processor and concentrate on their IO boards. Design interfaces and application software, which will greatly reduce the development time and bring cost benefits to the enterprise.
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Raspberry PI CM4 IO BOARD
ComputeModule 4 IOBoard is an official Raspberry PI ComputeModule 4 baseboard that can be used with the Raspberry PI ComputeModule 4. It can be used as the development system of ComputeModule 4 and integrated into terminal products as an embedded circuit board. Systems can also be created quickly using off-the-shelf components such as Raspberry PI expansion boards and PCIe modules. Its main interface is located on the same side for easy user use.
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Raspberry PI POE+ HAT
Before installing the PoE+ HAT, install the supplied copper posts at the four corners of the circuit board. After connecting the PoE+HAT to the 40Pin and 4-pin PoE ports of the Raspberry PI, the PoE+HAT can be connected to the PoE device through a network cable for power supply and networking. When removing the PoE+HAT, pull the POE + Hat evenly to release the module smoothly from the pin of the Raspberry PI and avoid bending the pin
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Raspberry Pi Zero 2W
Based on the previous Zero series, the Raspberry Pi Zero 2W adheres to the Zero series design concept, integrating the BCM2710A1 chip and 512MB of RAM on a very small board, and cleverly placing all components on one side, making it possible to achieve such high performance in a small package. In addition, it is also unique in heat dissipation, using a thick internal copper layer to conduct heat from the processor, without worrying about high temperature problems caused by high performance.
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Raspberry Pi Pico series
This is the first micro-controller development board based on the Raspberry Pi self-developed chip to add Infineon CYW43439 wireless chip. CYW43439 supports IEEE 802.11b /g/n.
Support configuration pin function, can facilitate users flexible development and integration
Multitasking takes no time, and image storage is faster and easier.
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Raspberry Pi Build HAT
The LEGO Education SPIKE Portfolio has a variety of sensors and motors that you can control using the Build HAT Python library on the Raspberry Pi. Explore the world around you with sensors to detect distance, force, and color, and choose from a variety of motor sizes to suit any body type. Build HAT also supports motors and sensors in the LEGOR MINDSTORMSR Robot Inventor kit, as well as most other LEGO devices that use LPF2 connectors.
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Wildfire LubanCat LubanCat 1 online card computer NPU RK3566 development board
- Luban Cat 1 is a low-power, high-performance, on-board a large number of commonly used peripherals, can be used as a high-performance single-board computer and embedded motherboard, mainly for makers and embedded entry-level developers, can be used for display, control, network transmission, etc
- Rockchip RK3566 is used as the main chip, with Gigabit Ethernet port, USB3.0, USB2.0Mini PCle, HDMI, MIPI screen interface and MIPI camera interface, audio interface, infrared reception, TF card and other peripherals, leading to 4OPin not used pin, compatible with Raspberry PI interface.
- The board is available in a variety of memory and storage configurations and can easily run Linux or Android systems.
- Built-in independent NPU computing power up to 1TOPS can be used for lightweight AI applications.
- Official support for mainstream Android 11, Debain, Ubuntu operating system images, can be applied to different application environments.
- Fully open source, provide official tutorials, provide a complete SDK driver development kit, design schematic and other resources to facilitate user use and secondary development