After running this, comment out myRTC.setDS1302Time(...) or upload a new sketch that only reads time. Example 2: Reading the Current Time Here’s the most common use: continuously reading the RTC and printing to Serial Monitor.
If you’ve ever built an Arduino project that involves logging data, controlling lights on a schedule, or waking up a device at a specific time, you know that keeping accurate time is crucial. While the popular RTClib works great for DS3231 and DS1307 modules, there’s another powerful—and often overlooked—option: the VirtuabotixRTC.h library.
void setup() pinMode(ledPin, OUTPUT); Serial.begin(9600);
// Turn LED on between 8:00 and 19:59 (8 AM to 7:59 PM) if (currentHour >= 8 && currentHour < 20) digitalWrite(ledPin, HIGH); if (currentHour == 8 && myRTC.minutes == 0 && myRTC.seconds < 5) Serial.println("Good morning! LED is ON.");
After running this, comment out myRTC.setDS1302Time(...) or upload a new sketch that only reads time. Example 2: Reading the Current Time Here’s the most common use: continuously reading the RTC and printing to Serial Monitor.
If you’ve ever built an Arduino project that involves logging data, controlling lights on a schedule, or waking up a device at a specific time, you know that keeping accurate time is crucial. While the popular RTClib works great for DS3231 and DS1307 modules, there’s another powerful—and often overlooked—option: the VirtuabotixRTC.h library. virtuabotixrtc.h arduino library
void setup() pinMode(ledPin, OUTPUT); Serial.begin(9600); After running this, comment out myRTC
// Turn LED on between 8:00 and 19:59 (8 AM to 7:59 PM) if (currentHour >= 8 && currentHour < 20) digitalWrite(ledPin, HIGH); if (currentHour == 8 && myRTC.minutes == 0 && myRTC.seconds < 5) Serial.println("Good morning! LED is ON."); While the popular RTClib works great for DS3231
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