diff --git a/Language/Functions/Digital IO/digitalWrite.adoc b/Language/Functions/Digital IO/digitalWrite.adoc
index 35f5f075c..d2bc38aad 100644
--- a/Language/Functions/Digital IO/digitalWrite.adoc	
+++ b/Language/Functions/Digital IO/digitalWrite.adoc	
@@ -22,7 +22,7 @@ Write a `HIGH` or a `LOW` value to a digital pin.
 If the pin has been configured as an `OUTPUT` with `pinMode()`, its voltage will be set to the corresponding value: 5V (or 3.3V on 3.3V boards) for `HIGH`, 0V (ground) for `LOW`.
 [%hardbreaks]
 
-If the pin is configured as an `INPUT`, `digitalWrite()` will enable (`HIGH`) or disable (`LOW`) the internal pullup on the input pin. It is recommended to set the `pinMode()` to `INPUT_PULLUP` to enable the internal pull-up resistor. See the digital pins tutorial for more information.
+If the pin is configured as an `INPUT`, `digitalWrite()` will enable (`HIGH`) or disable (`LOW`) the internal pullup on the input pin. It is recommended to set the `pinMode()` to `INPUT_PULLUP` to enable the internal pull-up resistor. See the http://arduino.cc/en/Tutorial/DigitalPins[Digital Pins^] tutorial for more information.
 [%hardbreaks]
 
 If you do not set the `pinMode()` to `OUTPUT`, and connect an LED to a pin, when calling `digitalWrite(HIGH)`, the LED may appear dim. Without explicitly setting `pinMode()`, `digitalWrite()` will have enabled the internal pull-up resistor, which acts like a large current-limiting resistor.