Electrify Circuit

7 Segment Digital Clock With RTC DS1307 Module | Arduino Project Welcome To My Channel " Electrify Circuit ". In the 21st (twenty-first) century Time is Very Importance and manage our time. So We Make a Portable Rechargeable Digital Clock Using 7 Segment Display, Arduino, And RTC DS1307 Module. | View Full Video and Enjoy | It is Very Easy. All Details are Here You can Make At Home. To Make Digital Clock follow a Few steps and You make a Beautiful Portale Rechargebal Clock At Home. Seven Segment Display Pin Diagram the first step To making a Clock is to Make Four Digit circuits Two-Digit For Hours and Two-Digit For Minutes and Two-LED For blinking. This Circuit Show Below Please Check. the Second step is to Make Arduino and RTC Ds1307 Module Circuit. Why I am using RTC Ds1307 Module? RTC Module is Electronics Device in Form IC. RTC is Various types are Available I am using DS1307. The purpose of the RTC Module is Real-Time Clock this Module Provide Precise T ime

Making 5 Channel Relay Module On Double Layer PCB #electrifycircuit #relaymodulecircuit #relaymodule #arduinoproject #arduino #relay #newvideo #2022 #pcb #pcbdesign #easyeda H ello Friend, In this video, First, we soldering on zero PCB and check it works perfectly and then we design double layer PCB in PCB design software then we order and after we get PCB's and mount all components on PCB "5 channel relay module is ready" Pin details The relay module consists of six pins as a normally open pin, normally closed, common, signal, Vcc, and ground pins.  Signal Pin : It is used to control the relay. This pin can be active low or active high. In the case of active low, the relay will activate when we apply an active low signal to the signal pin. On the contrary, in the case of an active high, the relay will activate when we apply an active high signal to the signal pin. But usually, these modules work on an active high signal. This signal will energize the rela

  How to make variable power supply using lm317 | #newvideo2021 #newvideo #voltageregulator #variablepowersupply #diy #lm317 #bd139 #tip3055 This Project is to make a simple variable Power supply in LOW cost. Mager Components LM317-: The LM317 is an adjustable 3-terminal positive voltage regulator capable of supplying different DC voltage outputs other than the fixed voltage power supply of +5 or +12 volts or as a variable output voltage from a few volts up to some maximum value all with currents of about 1.5 a mperes. BD139 Transistor:- BD139 is an NPN transistor hence the collector and emitter will be left open (Reverse biased) when the base pin is held at the ground and will be closed (Forward biased) when a signal is provided to the base pin BD139 has a gain value of 40 to 160, this value determines the amplification capacity of the transistor. The maximum amount of current that could flow through the Collector pin is 1.5A, hence we cannot connect loads that consume more

  Bluetooth Control Home Automation Using Esp 32 (BLE) Hello, Friends Welcome to my Channel " Electrify Circuit ". This video is Bluetooth Control Home Automation Using Esp 32 (BLE). Control Home Appliances Using Andriod Phone App it's very used for a handicapped person.   For the last few years, the wireless world has been bombarded daily with information about a new generation of radio frequency(RF) technologies that would profoundly impact. if not revolutionize.the way we bye and contact our businesses. ‘The wireless-networking standard technology called Bluetooth has quietly become a common way to replace the wires on short distances. With a gadget such as a smartphone (Android Phone) or a tablet featured with a Bluetooth module, a wireless connection is the easiest way to send and receive information, And because this technology spread in the prototyping circuit, it’s often used to control things wirelessly. This project work explains how to control electrical ap

  How To Control 12v RGB Led Strip Using Arduino And BC 547 Transistor With Code Hello, Friends Welcome to my channel Electrify Circuit Today Video How To Control RGB Led Strip Using Arduino And BC 547 Transistor. View full video. Required Components:- -Arduino NANO -Breadboard -RGB Led Strip -Jumper wire - BC 547 Transistor Circuit Diagram:- Video:- Code, Circuit Diagram Download Link:- Click Here Others Videos:- How to Test Esp32 Bluetooth Led On/Off To App:- https://youtu.be/AiQ5IF_j--k How To Make a 5V Relay Module At Home and Check using Arduino:- https://youtu.be/ZMewjmbJu4c How to Decode IR Remote Value Using Arduino UNO:- https://youtu.be/TXoin8xyX6Y LED shifting using push-button and Arduino nano:- https://youtu.be/9uNiHqaziqs 7-segment 0-9 counter using Arduino Nano:- https://youtu.be/hTY3PsQ7H9A How to test Arduino Nano | How to led blink with Arduino nano:- https://youtu.be/Rbdl2Ii10b0 How to make full bridge rectifier | 0 to 12v voltage regulator | Rec

  How to make Remote Control Home Appliances using Arduino Nano/Uno. Hello, Friends Welcome to my channel ElectriCircuit Today Video is How to make Remote Control Home using Arduino Nano/Uno. using my prevision video relay module and IR remote decode. How to Decode IR Remote Value Using Arduino UNO:- https://youtu.be/TXoin8xyX6Y How To Make a 5V Relay Module At Home and Check using Arduino:- https://youtu.be/ZMewjmbJu4c Required Components:- -Arduino NANO -Breadboard -TSOP 1738 (IR receiver) -Jumper wire - Relay Module -Bulb -Bulb holder Code, Circuit Diagram Download Link:- https://drive.google.com/drive/folders/1pP3uRvI-7w2URqKZAhKwqGkoAgcwvVE1?usp=sharing

How to Test Esp32 Bluetooth Led On/Off To App   #arduino #esp32 #arduinoproject # NodeMCU Hello, Friends Welcome to my channel ElectriCircuit Today Video is How to test Esp32 Bluetooth using App make an app using MIT App inventor. One led On/off Using Android App. Required Components:- -ESP 32 Board -Breadboard -LED -Resistor -Jumper wire Code, App, Circuit Diagram, aia file Download Link:- Click Here

 How to Decode IR Remote Value Using Arduino UNO Hello, Friends Welcome to my channel ElectriCircuit Today Video is How to Decode IR Remote Value Using Arduino UNO. Required Components:- -Arduino UNO -Breadboard -TSOP 1738 (IR receiver) -Jumper wire Code, Library, Circuit Diagram Download Link:- https://drive.google.com/drive/folders/1jWvZeNAF5uArAQOUPn2AKPtG4jDG9XCd?usp=sharing