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Commit 26e0a16

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fixing spelling issues
1 parent 32e8b29 commit 26e0a16

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+2014
-2012
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10 files changed

+2014
-2012
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‎content/arduino-cloud/01.guides/07.node-red/nodered-intro.md‎

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@@ -100,7 +100,7 @@ You can run the simple flow shown below using Node-RED's default nodes:
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- drag the **"debug"** node into the workspace
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- connect the two nodes by dragging a wire from the message node to the debug node
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- click on the debug menu from the sidebar on the right
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- press **Depoly** from the header on the top
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- press **Deploy** from the header on the top
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- finally, press on the checkbox of the message node
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![Creating a simple flow](assets/nodered-02.gif)

‎content/hardware/02.hero/boards/yun-rev2/tutorials/yun-first-config/content.md‎

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@@ -559,7 +559,7 @@ void wifiConfig(String yunName, String yunPsw, String wifissid, String wifipsw,
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p.runShellCommand("uci set network.lan.proto='dhcp'");
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p.runShellCommand("echo -e \"" + yunPsw + "\n" + yunPsw + "\" | passwd root"); //change the passwors
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p.runShellCommand("echo -e \"" + yunPsw + "\n" + yunPsw + "\" | passwd root"); //change the password
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p.runShellCommand("uci commit"); //save the mods done via UCI
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‎content/hardware/04.pro/boards/portenta-x8/datasheet/datasheet.md‎

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‎content/hardware/04.pro/boards/portenta-x8/tutorials/01.user-manual/content.md‎

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‎content/hardware/04.pro/carriers/portenta-hat-carrier/tutorials/user-manual/content.md‎

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Serial.println("Mass Storage Device connected.");
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/*
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* MOUNTIN SDCARD AS FATFS filesystem
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* MOUNTING SDCARD AS FATFS filesystem
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*/
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Serial.println("Mounting Mass Storage Device...");

‎content/hardware/04.pro/carriers/portenta-max-carrier/tutorials/user-manual/content.md‎

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Serial.println("Mass Storage Device connected.");
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/*
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* MOUNTIN SDCARD AS FATFS filesystem
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* MOUNTING SDCARD AS FATFS filesystem
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*/
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Serial.println("Mounting Mass Storage Device...");

‎content/hardware/04.pro/carriers/portenta-mid-carrier/tutorials/user-manual/content.md‎

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Serial.println("Mass Storage Device connected.");
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/*
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* MOUNTIN SDCARD AS FATFS filesystem
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* MOUNTING SDCARD AS FATFS filesystem
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*/
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Serial.println("Mounting Mass Storage Device...");

‎content/hardware/06.nicla/boards/nicla-sense-me/tutorials/connecting-to-iot-cloud/content.md‎

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@@ -129,7 +129,7 @@ Inside `void setup()` initialize the `Serial` communication, set up the variable
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// Connect to Arduino Cloud
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ArduinoCloud.begin(ArduinoIoTPreferredConnection);
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// Wait to be connected before intitalize the communication with the Nicla Sense ME
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// Wait to be connected before initialize the communication with the Nicla Sense ME
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Serial.println("Connecting to the Arduino Cloud");
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while (ArduinoCloud.connected() != 1) {
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ArduinoCloud.update();

‎content/tutorials/generic/secrets-of-arduino-pwm/secrets-of-arduino-pwm.md‎

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The `analogWrite(pin, duty_cycle)` function sets the appropriate pin to PWM and sets the appropriate output compare register to duty_cycle (with the special case for duty cycle of 0 on Timer 0). The `digitalWrite()` function turns off PWM output if called on a timer pin. The relevant code is wiring_analog.c and wiring_digital.c.
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If you use `analogWrite(5, 0)` you get a duty cycle of 0%, even though pin 5's timer (Timer 0) is using fast PWM. How can this be, when a fast PWM value of 0 yields a duty cycle of 1/256 as explained above? The answer is that `analogWrite` "cheats"; it has special-case code to explicitly turn off the pin when called on Timer 0 with a duty cycle of 0. As a consequency, the duty cycle of 1/256 is unavailable when you use `analogWrite`` on Timer0, and there is a jump in the actual duty cycle between values of 0 and 1.
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If you use `analogWrite(5, 0)` you get a duty cycle of 0%, even though pin 5's timer (Timer 0) is using fast PWM. How can this be, when a fast PWM value of 0 yields a duty cycle of 1/256 as explained above? The answer is that `analogWrite` "cheats"; it has special-case code to explicitly turn off the pin when called on Timer 0 with a duty cycle of 0. As a consequence, the duty cycle of 1/256 is unavailable when you use `analogWrite`` on Timer0, and there is a jump in the actual duty cycle between values of 0 and 1.
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Some other Arduino models use dfferent AVR processors with similar timers. The Arduino Mega uses the ATmega1280 (datasheet), which has four 16-bit timers with 3 outputs each and two 8-bit timers with 2 outputs each. Only 14 of the PWM outputs are supported by the Arduino Wiring library, however. Some older Arduino models use the ATmega8 (datasheet), which has three timers but only 3 PWM outputs: Timer 0 has no PWM, Timer 1 is 16 bits and has two PWM outputs, and Timer 2 is 8 bits and has one PWM output.
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Some other Arduino models use different AVR processors with similar timers. The Arduino Mega uses the ATmega1280 (datasheet), which has four 16-bit timers with 3 outputs each and two 8-bit timers with 2 outputs each. Only 14 of the PWM outputs are supported by the Arduino Wiring library, however. Some older Arduino models use the ATmega8 (datasheet), which has three timers but only 3 PWM outputs: Timer 0 has no PWM, Timer 1 is 16 bits and has two PWM outputs, and Timer 2 is 8 bits and has one PWM output.
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### Troubleshoot
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‎scripts/resources/spell-check-ignore-list.txt‎

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som
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ser
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Manuel
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technic
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technic
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shiftin
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forsee

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