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Project Files of Introduction to Arduino Uno

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Introduction to arduino uno, intro to arduino uno, pin diagram of arduino uno, applications of arduino uno, arduino uno pinout
Introduction to arduino uno
intro to arduino uno
pin diagram of arduino uno
applications of arduino uno
arduino uno pinout
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Comments on ‘’ Project Files of Introduction to Arduino Uno ‘’ (10)
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The report is very educating and imparting. I really learnt and gained a lot. pls I need a comprehensive tutor like this on how to program the IC.
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I am using ic acs71020 for measuring current, voltage , active power etc but didn't getting correct result. i am sharing arduino programming. if anyone solve it i shall be thankful. #include #include #define kNOERROR 0 #define kREADERROR 1 #define kWRITEERROR 2 const uint16_t SPIChipSelectPin = 23; const uint16_t I2CAddress = 127; const uint16_t ProtocolSelectPin = 16; const uint32_t WRITE = 0x00; const uint32_t READ = 0x80; const uint32_t COMMAND_MASK = 0x80; const uint32_t ADDRESS_MASK = 0x7F; unsigned long nextTime; bool ledOn = false; bool UseI2C = true; // Setup the demo board. void setup() { // Initialize serial Serial.begin(115200); // Turn on the pullup so the determination of communication protocol can be made. pinMode(ProtocolSelectPin, INPUT_PULLUP); delay(50); // Wait for the pullup to take affect UseI2C = (digitalRead(ProtocolSelectPin) == HIGH); if (UseI2C) { // Initialize I2C Wire.begin(); Wire.setClock(400000); } else { // Initialize SPI SPI.begin(); // Setup chip select pinMode(SPIChipSelectPin, OUTPUT); digitalWrite(SPIChipSelectPin, HIGH); // SPI.setSCK(14); // Make sure all of the SPI pins are // ready by doing a read uint32_t unused; Read(0x0, unused); } Write(0x2F, 0x4F70656E); // Unlock device // If the Arduino has built in USB, keep the next line // in to wait for the Serial to initialize while (!Serial); if (UseI2C) { Serial.println("Using I2C version of ACS71020"); } else { Serial.println("Using SPI version of ACS71020"); } pinMode(13, OUTPUT); digitalWrite(13, LOW); nextTime = millis(); } /* * Every 500 milliseconds, read the ACS71020 and print out the values */ void loop() { uint32_t vrms_irms; uint32_t vrms; uint32_t irms; uint32_t pactive; uint32_t paparent; uint32_t pimag; uint32_t pfactor; uint32_t numptsout; uint32_t vrmsavgonesec_irmsavgonesec; uint32_t vrmsavgonesec; uint32_t irmsavgonesec; uint32_t vrmsavgonemin_irmsavgonemin; uint32_t vrmsavgonemin; uint32_t irmsavgonemin; uint32_t pactavgonesec; uint32_t pactavgonemin; uint32_t vcodes; uint32_t icodes; uint32_t pinstant; uint32_t flags; // Every 1/2 second, toggle the state of the LED and read the ACS71020 if (nextTime > 16) & 0x7FFF; // Serial.printf("irms = %ul\n", irms); Serial.print("irms = "); Serial.print(irms); Serial.print("\n " ); pactive = pactive & 0x1FFFF; //Serial.printf("pactive = %dl\n", pactive); Serial.print("pactive = "); Serial.print(pactive); Serial.print("\n " ); /* Serial.printf("vrms = %ul\n", vrms); irms = (vrms_irms >> 16) & 0x7FFF; Serial.printf("irms = %ul\n", irms); pactive = pactive & 0x1FFFF; Serial.printf("pactive = %dl\n", pactive); paparent = paparent & 0xFFFF; Serial.printf("paparent = %ul\n", paparent); pimag = pimag & 0x1FFFF; Serial.printf("pimag = %ul\n", pimag); pfactor = pfactor & 0x7FF; Serial.printf("pfactor = %dl\n", pfactor); numptsout = numptsout & 0x1FF; Serial.printf("numptsout = %ul\n", numptsout); vrmsavgonesec = vrmsavgonesec_irmsavgonesec & 0x7FFF; Serial.printf("vrmsavgonesec = %ul\n", vrmsavgonesec); irmsavgonesec = (vrmsavgonesec_irmsavgonesec >> 16) & 0x7FFF; Serial.printf("irmsavgonesec = %ul\n", irmsavgonesec); vrmsavgonemin = vrmsavgonemin_irmsavgonemin & 0x7FFF; Serial.printf("vrmsavgonemin = %ul\n", vrmsavgonemin); irmsavgonemin = (vrmsavgonemin_irmsavgonemin >> 16) & 0x7FFF; Serial.printf("irmsavgonemin = %ul\n", irmsavgonemin); pactavgonesec = pactavgonesec & 0x1FFFF; Serial.printf("pactavgonesec = %ul\n", pactavgonesec); pactavgonemin = pactavgonemin & 0x1FFFF; Serial.printf("pactavgonemin = %ul\n", pactavgonemin); vcodes = vcodes & 0x1FFFF; Serial.printf("vcodes = %ul\n", vcodes); icodes = icodes & 0x1FFFF; Serial.printf("icodes = %ul\n", icodes); Serial.printf("pinstant = %ul\n", pinstant); Serial.print("pospf = "); Serial.println((flags >> 6) & 0x1); Serial.print("posangle = "); Serial.println((flags >> 5) & 0x1); Serial.print("undervoltage = "); Serial.println((flags >> 4) & 0x1); Serial.print("overvoltage = "); Serial.println((flags >> 3) & 0x1); Serial.print("faultlatched = "); Serial.println((flags >> 2) & 0x1); Serial.print("faultout = "); Serial.println((flags >> 1) & 0x1); Serial.print("vzerocrossout = "); Serial.println((flags >> 0) & 0x1);*/ Serial.println(); if (ledOn) { digitalWrite(13, LOW); ledOn = false; } else { digitalWrite(13, HIGH); ledOn = true; } nextTime = millis() + 500L; } } /* * Read a register * * address - the address to be written * value - the value that was read * returns - the error (0 otherwise) */ uint16_t Read(uint8_t address, uint32_t& value) { uint16_t results = kNOERROR; if (UseI2C) { Wire.beginTransmission(127); Wire.write(address); results = Wire.endTransmission(); if (results == kNOERROR) { Wire.requestFrom(127, 4u); value = Wire.read(); // receive a byte as character value |= Wire.read() << 8; // receive a byte as character value |= Wire.read() << 16; // receive a byte as character value |= Wire.read() << 24; // receive a byte as character } } else { SPI.beginTransaction(SPISettings(1000000, LSBFIRST, SPI_MODE3)); // Combine the register address and the command into one byte uint8_t command = (address & ADDRESS_MASK) | READ; // take the chip select low to select the device digitalWrite(SPIChipSelectPin, LOW); // send the device the register you want to read SPI.transfer(command); SPI.transfer(0); SPI.transfer(0); SPI.transfer(0); SPI.transfer(0); digitalWrite(SPIChipSelectPin, HIGH); delayMicroseconds(4); digitalWrite(SPIChipSelectPin, LOW); // send the command again to read the contents SPI.transfer(command); value = (uint32_t)SPI.transfer(0); value |= (uint32_t)SPI.transfer(0) << 8; value |= (uint32_t)SPI.transfer(0) << 16; value |= (uint32_t)SPI.transfer(0) <> 8); Wire.write(value >> 16); Wire.write(value >> 24); results = Wire.endTransmission(); } else { SPI.beginTransaction(SPISettings(1000000, LSBFIRST, SPI_MODE3)); // Combine the register address and the command into one byte uint8_t command = ((address & ADDRESS_MASK) | WRITE); // take the chip select low to select the device: digitalWrite(SPIChipSelectPin, LOW); // Send the command then the value (least significant byte first) SPI.transfer(command); SPI.transfer((uint8_t)value); SPI.transfer((uint8_t)(value >> 8)); SPI.transfer((uint8_t)(value >> 16)); SPI.transfer((uint8_t)(value >> 24)); // take the chip select high to de-select: digitalWrite(SPIChipSelectPin, HIGH); SPI.endTransaction(); } if (address < 0x10) { delay(30); // If writing to EEPROM delay 30 ms } return results; }

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