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PCB of the day! RA8875 Driver Board for 40-pin TFT Touch Displays - 800x480 Max ๐ฅ๏ธ๐๐ฌ
#adafruit#pcb#pcboftheday#electronics#opensource#TFTdisplay#RA8875#driverboard#techinnovation#circuitdesign#touchscreen#electronicengineering#hardware#displaytechnology#gadgets
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Working on the gallery functionality a bit today. I can now navigate through the gallery and delete poor quality results....not that that ever happens ๐
. There is also a hard to see index counter in the bottom right. Though I know the UI needs work, I'm excited to see the functionality coming along. Be sure to follow for more updates about the project.
#nuacam#electronics#electronicprojects#aiphotography#camera#startup#photography#embedded#hardware#electronicengineering#stablediffusion#project
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Interfacing a 5V Four-Channel Relay Module with an Arduino expands the capabilities of your Arduino projects, allowing you to control high-power devices safely and efficiently.
๐ป๐ ๐๐๐๐๐ ๐๐๐ ๐๐ ๐๐๐๐๐๐๐๐๐ 5๐ฝ 4-๐ช๐๐๐๐๐๐ ๐น๐๐๐๐ ๐ด๐๐
๐๐๐ ๐๐๐๐ ๐จ๐๐
๐๐๐๐ ๐๐๐๐๐๐๐๐ ๐๐๐๐ ๐๐๐๐๐
#arduino#arduinouno#arduinoprojects#arduinofun#arduinolove#arduinoindonesia#arduino_uno#arduinorobot#electronics#electronicslovers#electronicengineering#electronicsprojects#microcontroller#diyelectronics#electronicsengineering
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#usa#europe#SemiFlex#RigidFlexPCB#PCBDesign#FlexibleCircuits#ElectronicEngineering#PCBManufacturing#TechInnovation#PCBTechnology#RigidFlexTechnology#ElectronicsDesign#CircuitBoard#AdvancedElectronics#EngineeringSolutions#PCBAssembly#ElectronicComponents#TechTrends#FlexibleElectronics#HighTechPCBs#PCBPrototyping
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Automotive Engineering for Beginners
Ready to rev up your automotive engineering knowledge? Join us at NeuAI Labs and embark on an exciting journey into the world of cars, engines, and innovation!
For more info: Contact Us: 9021152995 Visit us: www.neuailabs.com
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#automotiveengineering#engineeringforbeginners#engineering#engineer#electronicengineering#entc#entcengineers#automotive#automotiveindustry#automotivejobs#automotiveembeddedsystemscourse#automotiveembeddedcourse#embeddedsystemscourse#neuailabs#futureofai#Instagram
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Xilinx Vivado VHDL Tutorial: Learn, Simulate, and Synthesize All Basic Gates for FPGA Design
Learn the essentials of VHDL coding as we delve into the creation of basic gates such as AND, OR, and XOR using Xilinx Vivado. Gain hands-on experience by simulating your designs within the Vivado environment, allowing you to troubleshoot and refine your VHDL code effectively.
Perfect for beginners, this tutorial ensures a thorough understanding of VHDL basics, gate implementation, simulation techniques, and synthesis methodologies within the Xilinx Vivado environmentโequipping you with the skills to tackle more complex FPGA projects confidently.
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#xilinxvivado#vhdlbeginners#FPGAprogramming#digitaldesign#hdlcoding#logicgates#learnfpga#VHDLcoding#hardwaredesign#xilinxtutorial#programmingfpga#logicdesign#vivadodesignsuite#fpgatutorial#electronicengineering#Youtube
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#conductiveink#electronicengineering#temperaturesensor#raspberrypi#led#conductive#printedcircuitboard#fpvracingdrones#nodemcu#segment#nonlinearcircuits#nextion#pic#donglelife#minipc#electronicsarts#andystechgarage#ingmecatronica#electronicsquiz#transistors#raspberrypizero#programming#pedalbuilder#nixietubes#electronicsoundcommunicationengineering#poweroverethernet#electricpaint#ohms#pcb#eletricidade
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๐ข Elecrow #PartnerSeller Program Product #Newarrival ๐ฅ โญ Introducing CircuitMess #Chatter - a free, private, security wireless communicator! Designed by @circuitmess ๐ #PCBA, selling, and shipping services powered by #Elecrow. More info ๐ #ElecrowPCB https://www.elecrow.com/circuitmess-chatter-a-diy-wireless-communicator.html?utm_source=tumblr&utm_term=idd=2
#PCB#ElectronicManufacturing#PrototypeBoard#CircuitBoard#PrintedCircuitBoard#PCBManufacturing#ElectronicEngineering#Maker#DIY#OpenSourceHardware#IoT#Arduino#Engineer#RaspberryPi
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#electronicsengineering#engineers#robot#electricalprojects#robotics#tech#design#electricianproblems#automation#renovation#led#raspberrypi#maintenance#electricalsky#electronicsprojects#electronicengineering#energy#electricianstools#microcontroller#plumber#voltage#home#mechanicalengineering#interiordesign#project#electricianslife#electricallife#hvaclife#innovation#electricalwires
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Custom Design LCD Display #lcd #customlcd #display #lcddisplay #lcdmodule #speciallcd #glasslcd #camlcd #backlight #lcdisplay https://www.signal.com.tr/ozel_tasarim_lcd_customized_lcd
#lcddisplay#lcd monitor#lcdmodule#lcdglass#customlcd#display#electronic#engineering#electronicengineering#display technology#screen#lcd#arduino#esp32#esp8266
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A level shifter just for pixels ๐โจ๐ก
After noodling with some WS2811s and TM1814, we really wish we had a board that would level-shift our NeoPixel signals from 3V to 5V or give us an inverted data line. So, we designed this board. It uses an AP3602
https://www.digikey.com/en/products/detail/diodes-incorporated/AP3602AKTR-G1/5305823
charge pump to give a clean 5V reference voltage from 3~5V. A 74HCT2G34
https://www.digikey.com/en/products/detail/nexperia-usa-inc/74HCT2G34GW-125/1300830
shifts two signals - we call them DAT and CLK, but it could be anything really - to 5V from 1.8~5V. Finally there's an 74LVC1G04
https://www.digikey.com/en/products/detail/texas-instruments/SN74LVC1G04DBVR/385716
inverted data output line for TM1814 and other weird chips. Terminal blocks on either side make this a no-solder board. There's also a single disableable 1.5mm NeoPixel on the DAT line for testing the WS281x signal coming through OK. Coming soon.
#adafruit#neopixel#WS2811#TM1814#electronicsprojects#levelshifter#ledcontrol#hardwaredesign#pixelcontroller#makersgonnamake#customcircuit#diyelectronics#electronicengineering#openhardware#signalconversion#smarthardware#boarddesign#microcontrollerprojects#embeddedhardware#componentdesign#techinnovation#signalprocessing#electronicsmaker#makercommunity#innovation
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Take you to know the LED power supply
An LED power supply, also known as an LED driver, is a vital component in LED lighting systems that transforms mains electricity (AC) into direct current (DC) to drive LED lamp beads.
Key functions of LED drivers encompass:
Conversion of AC to DC.
Supplying the specific current and voltage needed by lamps.
Offering circuit safety protection for lamps.
Processing electromagnetic compatibility and filtration.
Facilitating other intelligent controls.
Driver-On-Board (DOB) technology integrates the power supply components and light source into the aluminum substrate. This approach, involving switching or linear power supplies, has been increasingly adopted for indoor lighting solutions due to its cost-effectiveness without compromising product quality.
LED power supplies can be classified in multiple ways:
By Output Type:
Constant current power supply: Delivers a steady current with a varying voltage within a set range according to the load resistance.
Constant voltage power supply: Provides a fixed voltage with the output current adjusting based on the load.
By Installation Location:
Built-in power supply: Installed within the lamp cavity, requiring insulation measures if the lamp has a metal shell.
External power supply: Positioned outside the lamp, requires insulation casing and waterproofing for outdoor use.
By Drive Type:
Linear Drive: Simple and direct, without high-frequency switching action, eliminating the need for magnetic components like transformers and electrolytic capacitors in some cases.
Switch Drive: Offers accurate current control and high efficiency, classified into two methods: buck type (for higher power supply voltage than LED terminal voltage or parallel LED driving) and boost type (for lower power supply voltage than LED terminal voltage or series LED driving).
By Isolation:
Isolated Power: Conversion involves an "Electrical-Magnetic-Electrical" process, using a transformer to step down the voltage before rectifying it into a DC output.
Non-isolated power supply: Conversion follows an "electrical-electrical" process, reducing the voltage through components such as inductors before transforming it into a DC output.
The above article is quoted to: https://kingornan.com/take-you-to-know-the-led-power-supply/
#ledlighting#ledpowersupply#leddriver#electronicengineering#lightingdesign#driveronboard#DOBTechnology#electricalcomponents#ConstantCurrent#lineardrive#isolatedpower#NonIsolatedPowe#lighting solutions
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๐๐๐๐ ๐๐จ๐ญ๐๐ซ๐ฒ ๐ฉ๐จ๐ญ๐๐ง๐ญ๐ข๐จ๐ฆ๐๐ญ๐๐ซ ๐ ๐ฌ๐ก๐๐ฉ๐ ๐ฌ๐ก๐๐๐ญ ๐ก๐๐ง๐๐ฅ๐ ๐ฉ๐๐๐ค ๐จ๐ ๐๐ฉ๐๐ฌ
๐๐ฉ๐๐๐ข๐๐ข๐๐๐ญ๐ข๐จ๐ง :
Resistance value: 50K
Type : Single turn rotary potentiometer
Rotational Life :ย 2000K cycles
Maximum Input Voltageย :ย 200Vdc
Also, use in stereo audio volume control
๐๐ฎ๐ฒ ๐๐จ๐ฐ : ย https://electronicspices.com/product/b50k-rotary-potentiometer-d-shape-shaft-handle-pack-of-1pcs
The B50K Rotary Potentiometer D Shape Shaft Handle Pack of 1pcs is a high-quality component that is frequently found in electronic circuits. It has a 50K Ohm resistance and a D-shaped shaft for convenient grip and handling. This potentiometer is small, sturdy, and dependable, making it suitable for a wide range of applications. This B50K Rotary Potentiometer, which comes in a pack of one, is a fantastic choice for any electronics hobbyist or professional.
#Electronicspices#ElectronicParts#ElectronicKit#ElectronicsHobbyist#DIYSoldering#Soldering#CircuitBoard#CircuitDesign#ElectronicDesign#ElectronicEngineering#RotaryPotentiometer#AudioProjects#ElectronicRepair#PotentiometerProjects#ElectronicProjects#DIYElectronics#ElectronicComponents#SinglePotentiometer#DShaftPotentiometer#B50Kpotentiometer#potentiometer#dshape#Rotary potentiometer#hobbyist#dshaft potentiometer
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Wall Street cares less about Nvidia's earnings and more about its future Nvidiaโs revenue is poised to fall again when it reports fourth-quarter earnings tomorrow (Feb. 22), but Wall Street wonโt mind.Read more... https://qz.com/wall-street-cares-less-about-nvidias-earnings-and-more-1850139243
#nvidia#business2cfinance#graphicsprocessingunit#fablesssemiconductorcompanies#videocard#waynelam#technology2cinternet#vivekarya#advancedmicrodevices#companies#application specificintegratedcircuits#timothyarcurione#amd#electronicengineering#microsoft#computing#gpgpu#graphicshardware#intel#coprocessors#timothyarcuri#Ananya Bhattacharya#Quartz
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Xilinx Vivado for Beginners: VHDL Code for Every Gate
This guide is tailored for beginners, offering a straightforward path to mastering VHDL for gate designs in Xilinx Vivado. Build a strong foundation and gain confidence in your ability to craft digital circuits with ease!
Join "Learn And Grow Community"
#XilinxVivado #VHDLBeginners #FPGAProgramming #DigitalDesign #HDLCoding #LogicGates #LearnFPGA #VHDLCoding #HardwareDesign #XilinxTutorial #ProgrammingFPGA #LogicDesign #VivadoDesignSuite #FPGATutorial #ElectronicEngineering
#XilinxVivado#VHDLBeginners#FPGAProgramming#DigitalDesign#HDLCoding#LogicGates#LearnFPGA#VHDLCoding#HardwareDesign#XilinxTutorial#ProgrammingFPGA#LogicDesign#VivadoDesignSuite#FPGATutorial#ElectronicEngineering#Youtube
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#conductiveink#electronicengineering#temperaturesensor#raspberrypi#led#conductive#printedcircuitboard#fpvracingdrones#nodemcu#segment#nonlinearcircuits#nextion#pic#donglelife#minipc#electronicsarts#andystechgarage#ingmecatronica#electronicsquiz#transistors#raspberrypizero#programming#pedalbuilder#nixietubes#electronicsoundcommunicationengineering#poweroverethernet#electricpaint#ohms#pcb#eletricidade
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