Hotel lighting access control intelligent control solution

Recommended ContentMore

Open source project More

• Compact 2.8” smart display and development platform with STM32F407VG MCU
• Motor driver board
• Ornamental fish tank controller
• Hunan University of Technology keychain pcb
• Lepton Thermal Imaging
• DER-429 - 18 to 25W Isolated Flyback, Constant Current and Constant Voltage LED Driver
• usb splitter
• digital clock 1
• [Lichuang Development Board] Dashan’s balancing car
• Based on AS1015 steering gear power driver

Searched by Users

• Electrician from entry to mastery (color with catalog).pdf
• New Edition of Electrical Engineering Questions and Answers (Sun Kejun)
• Doctor-generated prescription software
• MSP430 MCU Development Manual V1.3 (TI Official Getting Started Guide)
• Renesas MCU Download Software
• Next-generation universal video coding H.266 VVC: principles, standards and implementation
• I2C bus protocol
• Commonly used component library of Jiali Chuang AD
• NXP LPC1768 series development complete set of information (including data sheet, application manual and source code, etc.)
• VC++ MFC Class Library Chinese Manual

Just Take a LookMore

• Can this diagram be used in this way?
  Because the IO of the microcontroller is 5V, and the sensor signal is 24V, I hope that the sensor can cut off the signal of the optocoupler while the IO controls the optocoupler. Because the IO of the
• Request RF amplifier design solution
  I'm making remote control switches. My remote control handle is always unstable. The distance and decoding are super unstable. I want to ask a professional teacher to design a solution for a fee:) I h
• IAR creates a new MSP430 project
  1. Download IAR for MSP430 software from IAR official websiteSelect MSP430, then2. Go to TI official website to download the chip library file packageAfter downloading, the required files are in the d
• About LDO voltage regulator chip
  I hope some experienced teachers can give me some guidance on why this is happening! My question is this: a 3.3V voltage regulator chip has a maximum input of 18V and a load of 300mA. Among the batch
• Issue 014 // Low RCS Accurate Measurement and New Structure Millimeter Wave Test Field // Li Zhiping
  In modern electronic warfare, the size of the radar cross section directly affects the survivability and penetration capability of weapons. With the development of modern stealth technology, more and
• Bluenrg-2N master receives slave data
• What are the maskable interrupts of MSP430?
• Differential Input and Differentiating Circuit
• I don't understand the Mid-Scale parameter in the DAC chip manual
• Advantages and characteristics of millimeter wave sensors

Trending Downloads

• ESP826 makes its own WiFi switch lua development
• SMT workflow diagram (pdf file)
• Introduction to ethercat--network communication protocol
• Reference documentation for GPIF programming of FX2_GPIF_Primercypress EZ_USB
• IC Design-Etching Technology
• CP2101 Macintosh OSX Driver v1.00 Release NotesCopyright (C) 2004 Silicon Laboratories, Inc.
• Learn digital image processing
• Design and Application of CAN Bus Isolator
• RT5350 Schematic
• Using VB to connect the upper computer and the lower computer

Trending ArticlesMore

• Micron Technology: Leading the New Era of Automotive Storage
• Design of smart door lock motor driver IC with dynamic overcurrent detection function
• GTC21 | Empowering Venture Capital: NVIDIA Startup Accelerator Venture Capital Alliance builds a bridge between top investors and leading AI startups
• Exclusive benefits for engineers! Answer questions and win big prizes!
• ROHM and Delta Electronics enter into a strategic partnership for power components for power systems
• Qualcomm and its ecosystem partners embrace the 5G innovation era
• Vietnam electronics factory exposed to epidemic, hundreds of employees forced the iron door to "escape"! (Video included)
• 30% of KYEC employees stop working, chips may be in short supply
• [April 3 | Chengdu] 2019 Tektronix Laboratory Open Day, waiting for your participation!