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arduino:attinyusb:helvetiny85:tutorials: 22 Hits

te = HIGH; int buttonState; int lastButtonState = LOW; void setup() { pinMode(buttonPin, INPUT); p... dPin, HIGH); delay(200); digitalWrite(ledPin, LOW); delay(200); digitalWrite(ledPin, HIGH); delay(200); digitalWrite(ledPin, LOW); delay(200); } void loop() { // Activate this delay in ... in = 0; const byte ledPin = 1; boolean ledlevel = LOW; //boolean ledlevellast = LOW; //static unsigned

projekte:nn_bot: 11 Hits

me when pause was triggered int ledState = LOW; // ledState used to set the LED long previo... Pin, HIGH); delay(200); digitalWrite(ledPin, LOW); delay(200); digitalWrite(ledPin, HIGH); delay(200); digitalWrite(ledPin, LOW); delay(200); digitalWrite(ledPin, HIGH); delay(200); digitalWrite(ledPin, LOW); delay(200); digitalWrite(ledPin, HIGH); delay(200); digital

helvepic32:bspringcoderfinal:start: 10 Hits

Mode(datPin, OUTPUT); digitalWrite(enPin, LOW); digitalWrite(latchPin, LOW); digitalWrite(clkPin, LOW); digitalWrite(clrPin, HIGH); digitalWrite(datPin, LOW); ... SB = digitalRead(encoderPin2); if(LSB == LOW){ // A still LOW ? if(MSB == HIGH) number++; if(MSB == LOW) number--

helvepic32:elecfreakskit:start: 9 Hits

// wait for a second digitalWrite(led, LOW); // turn the LED off by making the voltage LOW delay(1000); // wait for a second } </code> {{:helvepic32:elecfreakskit:elecfreak... void loop() { if(digitalRead(button)==LOW){ delay(200);// wait for 200 mic... { if(digitalRead(button)==LOW){ delay(200);

wireless:esp8266: 8 Hits

a (3.3V Pegel!) | | **CH_PD** | Chip Power down: (LOW = Power down aktiv) | | **GPIO0** | General Purpo... O2** | General Purpose I/O 2 | | **RST** | Reset (LOW = Reset aktiv) | ==== ESP8266 ESP-02 ==== {{wire... !) | | **GPI014** (//CH_PD//) | Chip Power down: (LOW = Power down aktiv) | | **GPIO0** | General Purpo... O2** | General Purpose I/O 2 | | **RST** | Reset (LOW = Reset aktiv) | <- **ACHTUNG**: Atkualisiertes

motor:bidirectional_motorcontrol_arduino: 7 Hits

r LED]] connected to pins 4 and 5. Pin 4 is set a LOW and pin 5 receive an 8-bit PWM value ( //analogWr... mplement of what we need. That is, if one need a low speed, a high "analog" value is required, so the ... alogWrite(ForwLeft, ss); digitalWrite(ForwLeft, LOW); analogWrite(ForwRight, ss); digitalWrite(RecD, LOW); } void Backward (int ss) { analogWrite(ForwLeft, 255-ss); digitalWrite(RecG, HIGH);

products:pps3005s_dc_geregeltes_und_programmierbares_labornetzgeraet: 7 Hits

ei als 16bit Integer in zwei Bytes (High Byte und Low Byte) übertragen. ^ Byte ^ Beschreibung ^ Defau... annung High Byte** | 0 | | 3 | **Kanal 1 Spannung Low Byte** | 0 | | 4 | **Kanal 1 Strom High Byte** | 0 | | 5 | **Kanal 1 Strom Low Byte** | 0 | | 6 | Kanal 2 Spannung High Byte | 0 | | 7 | Kanal 2 Spannung Low Byte | 0 | | 8 | Kanal 2 Strom High Byte | 0 | | 9 | Kanal 2 Strom Low Byte | 0 | | 10 |

sensors:sdm-io_ultrasonic: 5 Hits

inMode(echo_pin, INPUT); digitalWrite(trig_pin, LOW); Serial.begin(9600); Serial.println("Startin... g..."); } void loop() { digitalWrite(trig_pin, LOW); delayMicroseconds(2); digitalWrite(trig_pin... delayMicroseconds(10); digitalWrite(trig_pin, LOW); attachInterrupt(0, timer_stop, FALLING); t0... ; delayMicroseconds(2); digitalWrite(TrigPin, LOW); delayMicroseconds(10); digitalWrite(TrigPin

reviews:solidstaterelay: 5 Hits

pinMode(SSR_Pin, OUTPUT); digitalWrite(SSR_Pin, LOW); randomSeed(analogRead(0)); } void loop() { ... delay(random(1, 5000)); digitalWrite(SSR_Pin, LOW); } </code> | Dadurch, dass das [[http://sho... ang anfangs ausgeschaltet digitalWrite(SSR_Pin, LOW); Serial.begin(9600); } void loop() { // Re... reicht, schalte aus."); digitalWrite(SSR_Pin, LOW); } else if ( int(dhtData[0]) < sollTemp &&

chipkit:start: 4 Hits

, HIGH); delay(250); digitalWrite(nP[RIGHT][2], LOW); delay(250); } </code> === 2) Register Manipu... von einem Aufruf zu digitalWrite, um den Pin auf LOW zu setzen. Danach die gleiche Aktion mit sbi und ... ay(sensorValue); digitalWrite(ledPin, LOW); delay(sensorValue); } </... Write(1,HIGH); delay(250); digitalWrite(1,LOW); delay(250); } delay(5000); } </code> I

reviews:yunshield: 4 Hits

HIGH); delay(10000); digitalWrite(ledPin, LOW); Bridge.begin(115200); // Initialize the Bridg... in, HIGH); delay(500); digitalWrite(ledPin, LOW); } void loop() { Process wifiCheck; // initi... le.println("Wifi off"); digitalWrite(ledPin, LOW); wifiCheck.runShellCommand("wifi down"); /... ; // Initialize the Bridge digitalWrite(ledPin, LOW); } void loop() { String runcmd = "date >> /ro

reviews:electricimp: 3 Hits

nd 9 on the imp Shield // They're both active low, so writing the pin a 1 will turn the LED off ... rite(txLEDToggle); // TX LED is on pin 8 (active-low) } // This function turns an LED on/off quickly ... ite(rxLEDToggle); // RX LED is on pin 8 (active-low) } // This is our UART polling function. We'll c

helvepic32:bspinterrupt:start: 3 Hits

SB = digitalRead(encoderPin2); if(LSB == LOW){ // A still LOW ? if(MSB == HIGH) number++; if(MSB == LOW) number--

projekte:dinoi: 3 Hits

| | **VCC 3.3V** | 4 CH_PD | 6 CH_PD | High: Run, Low = Power down aktiv | | **Prog. Switch** | 5 GPIO 0 | 8 GPIO 0 | High: Run, Low: Flash | | **VCC 3.3V** | 4 CH_PD | 6 CH_PD | High: Run, Low = Power d

wireless:wifi: 3 Hits

arduino:attinyusb:digispark: 3 Hits

helvepic32:bspshiftreg:start: 2 Hits

arduino:arduino_read_output_pin: 2 Hits

helvepic32:bspgpio:start: 2 Hits

helvepic32bb:bspblink:start: 2 Hits

wireless:zigbee: 2 Hits

arduino:attinyusb:helvetiny85_3.3_v: 2 Hits

interface:start: 2 Hits

helvepic32:bspblink:start: 2 Hits

arduino:watchdog: 2 Hits

arduino:attinyusb:helvetiny85: 2 Hits

wireless:lorabee: 1 Hits

products:start: 1 Hits

helvepic32:bspanalog:start: 1 Hits

arduino:attinyusb:helvetiny84:tutorials: 1 Hits

reviews:netduinogo: 1 Hits

wireless:nrf24: 1 Hits

arduino:attinyusb:micronucleus: 1 Hits

helvepic32:ide:start: 1 Hits

sensors:temp-hum_sensors_compared: 1 Hits

playground:playground1: 1 Hits

projekte:dinoi:lego_technics: 1 Hits