Circuit Ideas I Electronic DIY Projects I Robotics
Circuit Ideas I Electronic DIY Projects I Robotics
15 Channel Infra Red Remote receive the infra red signal decode the IR code and display on 15 LED’s , The project tested with 15 LED’s Arduino compatible board, Its toggle the LED’s connected on Arduino pins. Use relay board instead of LED’s and its become full fledged 15 channel infra red remote controller which will allow ON/OFF lights. fans,
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The project published here allows turning ON and OFF lights fans using infra red remote , Two channel infra remote controller requires 2 channel relay board, Arduino UNO, TSOP1738/TSOP1838 IR sensor, IR remote. Circuit required 12 DC supply. The relay board schematic link provided bellow. Download Arduino Code 2 Channel Relay Board Schematic and Details TSOP1738/TSOP1838 Ir Sensor Data Sheet
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One channel infra remote controller required , 5V one channel relay board, Arduino UNO, TSOP1738 IR sensor, IR remote. Circuit required 5V DC supply, USB power is OK to run the project. The relay board schematic link provided bellow. Note : Relay board works on 12V, I have used 5V relay instead of 12V so it directly can power up
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Here is a simple setup for receiving and decoding Infra red Remote Code. TSOP1738 sensor is connected to digital pin D6 of Arduino, instead of TSOP1738 you can use TSOP1838 which is smaller sensor. Download Arduino Code Download TSOP1738 Data Sheet Download TSOP1838 Data Sheet Watch Video of this setup
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My experiment with AD22151 Magnetic field sensor and 15LED’s Arduino Bar-graph display, the project shows how to read an analog input on analog pin A1, and print it out to 15 Bar-Graph LED’s. Bar-Graph board is Arduino compatible and hold ATmega328 chip on board, 15 LED’s with 330 Ohms series resistors. Supply 5V DC. Download Arduino Code Download AD22151
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Printing Magnetic field sensor to serial monitor using Arduino. The AD22151 is linear magnetic field transducer. The sensor output is a voltage proportional to a magnetic field applied perpendicularly to the package top surface. The sensor combines integrated bulk Hall cell technology and instrument technology to minimize temperature related drifts associated with silicon Hall cell characteristics. Applications Of AD22151 Throttle
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My experiment with DRV5053 linear hall effect sensor + 15LED’s Bar-graph + Arduino, the project shows how to read an analog input on analog pin A1, and print it out to 15 Bar-Graph LED’s. Bar-Graph board is Arduino compatible and hold ATmega328 chip on board, 15 LED’s with 330 Ohms series resistors. Supply 5V DC. Download Arduino Code Download DRV5053
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The Circuit senses analog voltage from ADXL203 Tilt/Accelerometer sensor and drives 15 LEDs. providing a linear analog display. This ADXL203 Accelerometer project shows, how to read an analog input on analog pin A1, and print it out to 15 Bar-Graph LED’s. The board is Arduino compatible and hold ATmega328 chip , 15 LED’s with 330 Ohms resistors. Supply 5V DC.
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Joystick analog value print on 15 LED’s Bar-Graph,first you read the analog input. You map the input value to the output range. when move the joystick led will follow left and right direction, in center only one LED on. The project is Arduino compatible. Supply input 5V DC. I have used 7 Red LED’s , 7 Green LED’s and 1
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I am here with New Project>>> 15 Segments Voltmeter, this project is Arduino compatible, The project reads 0-5V DC on analog input A1 of Arduino and drives 15 segments of 5MM LED’s mounted linearly , measuring range of the circuit is 0-5V DC, I have used potentiometer as 0-5V power source for testing purpose, remove potentiometer and apply 0-5V dc
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