DS3231 RTC Real-Time Clock Module
₵48.00 Original price was: ₵48.00.₵46.00Current price is: ₵46.00.
The DS3231 is a highly accurate I2C real-time clock (RTC) with an integrated temperature-compensated crystal oscillator (TCXO).
-
Chip: Maxim DS3231 (High Precision)
-
Memory: Built-in AT24C32 32K I2C EEPROM
-
Voltage: 3.3V – 5.5V DC
-
Interface: I2C (SCL, SDA)
-
Battery Backup: Holds time when power is off (Coin cell slot included)
-
Accuracy: Much higher than the standard DS1307
Out of stock
This product is currently sold out.
No worries! Enter your email, and we'll let you know as soon as it's back in stock.
The DS3231 Real-Time Clock (RTC) Module is a high-precision, temperature-compensated clock designed for Arduino, Raspberry Pi, ESP32, and IoT applications. With a built-in crystal oscillator and backup battery, it maintains accurate time and date tracking even when the power is off, making it perfect for data logging, automation, and time-sensitive applications.
🔹 Temperature-Compensated Crystal for Maximum Accuracy ⚡
✔ Clock Chip: DS3231 (Highly accurate RTC with ±2ppm drift).
✔ Operating Voltage: 3.3V – 5V (Compatible with Arduino & Raspberry Pi).
✔ Backup Battery (CR2032/CR1220): Maintains time during power loss.
✔ Temperature Sensor: Built-in digital temperature output for environmental monitoring.
✔ Communication Interface: I2C (SDA, SCL) – Supports multiple devices on a single bus.
✔ Memory: 32KB EEPROM for data storage (varies by model).
🔹 Applications – Where to Use the DS3231 RTC Module 🛠️
✔ Data Logging & Event Scheduling – Keep timestamps in IoT devices.
✔ Smart Home Automation – Time-controlled lighting, alarms, and appliances.
✔ Industrial & Security Systems – Maintain time-stamped logs for security access control.
✔ Wearable & Battery-Powered Devices – Accurate clock functionality with low power use.
✔ Weather & Sensor Monitoring – Record time-based environmental data.
🔹 How to Use & External Resources 📚
The DS3231 RTC Real-Time Clock Module connects via I2C (SDA, SCL) and is supported by Arduino’s RTClib library for easy timekeeping integration.
📖 DS3231 RTC Real-Time Clock Resources:
✔ DS3231 Datasheet & Pinout
✔ Arduino RTC Timekeeping Guide
✔ Raspberry Pi DS3231 RTC Setup
✔ YouTube Tutorials – DS3231 RTC with Arduino
DS3231 vs. DS1307: Why upgrade?
Many beginners start with the DS1307, but the DS3231 is superior for serious projects:
-
Temperature Compensation: The DS3231 has a built-in sensor that adjusts for temperature changes. The DS1307 does not, meaning it can lose minutes per month if the weather gets hot or cold.
-
Accuracy: The DS3231 drifts only a few minutes per year, whereas the DS1307 can drift that much in a week.
-
Voltage: The DS3231 works great with both 3.3V (Raspberry Pi/ESP32) and 5V (Arduino Uno), whereas the DS1307 can be unstable at 3.3V.
🔹 Best Price & Availability in Ghana 🇬🇭
Looking for a DS3231 Real-Time Clock (RTC) Module in Ghana? Whether for timekeeping, IoT automation, or data logging, this ultra-precise, battery-backed RTC module is a must-have. Order today for fast delivery across Ghana!
Related products
433MHz RF Transmitter & Receiver Kit | Wireless Module for Arduino
Cut the cord. Go wireless. This kit includes one Transmitter and one Receiver. It is the simplest and most affordable way to send data wirelessly between two Arduinos up to 100 meters (with antenna).
-
Frequency: 433MHz
-
Includes: 1x Transmitter (Square), 1x Receiver (Rectangle)
-
Modulation: ASK (Amplitude Shift Keying)
-
Best For: Remote control cars, weather stations, and wireless switches.
HC-SR04 Ultrasonic Sensor Module | Distance Measurement for Arduino
Give your robot eyes. The HC-SR04 uses sonar (sound waves) to measure distance, just like a bat. It is the standard sensor for obstacle avoidance robots and water level monitoring systems.
-
Range: 2cm to 400cm (4 Meters)
-
Accuracy: 3mm
-
Pins: VCC, Trig, Echo, GND
-
Best For: Obstacle avoiding cars, reverse parking sensors, and tank level detection.
IR Infrared Obstacle Avoidance Sensor Module | FC-51 for Arduino
-
Detection Range: 2cm - 30cm (Adjustable).
-
Output: Digital Signal (LOW when obstacle detected).
-
Compatibility: Works directly with Arduino, ESP32, and Raspberry Pi.
-
Best For: Robot Cars, Smart Trash Cans, and Proximity Alarms.
IRF520 MOSFET Driver Module (0-24V) | PWM Motor & LED Controller
-
Max Load: 24V DC / < 5A.
-
Control Voltage: 3.3V or 5V (PWM Compatible).
-
Output: Pulse Width Modulation (Speed/Dimming control).
-
Best For: LED Strips, Small DC Fans, and Solenoids.
MQ-135 Air Quality & Hazardous Gas Sensor Module | CO2, Smoke, Ammonia
Detect smoke and dangerous gases instantly. The MQ-135 is the most versatile gas sensor for air quality monitoring. It detects a wide range of gases including Ammonia, Sulfide, Benzene, Smoke, and CO2. Perfect for "Smart Home" safety systems and environmental monitoring.
- Gases Detected: NH3, NOx, Alcohol, Benzene, Smoke, CO2.
-
Output: Analog (Gas Concentration) and Digital (Alarm Trigger).
-
Warm-up Time: ~20 seconds.
-
Best For: Air Quality Monitors, Smoke Alarms, and Industrial Safety.
MQ-2 Smoke & Gas Sensor Module | LPG, Butane, Hydrogen Detector
- Detects: Smoke, LPG, Propane, Hydrogen, Methane.
- Sensitivity: High (Adjustable).
- Response Time: < 10s.
- Best For: Fire Alarms, Gas Leak Detectors, and Industrial Safety.
Soil Moisture Sensor Module (YL-69) | Automatic Plant Watering System
Never forget to water your plants again. The Soil Moisture sensor measures the water content in soil. When the soil gets dry, the sensor output changes, allowing your Arduino to turn on a water pump automatically.
-
Outputs: Analog (Exact moisture level) & Digital (Threshold switch)
-
Adjustable: Set your "Dry" trigger point with the blue potentiometer.
-
Ideal For: Smart irrigation systems, greenhouse monitoring, and science projects.
Sound Sensor Module (Microphone) | Clap Switch & Alarm Detector
Turn on lights with a clap! This microphone module detects sound waves and converts them into a digital signal for your Arduino. It is the core component for "Clap Switch" projects and noise-activated alarms.
-
Sensitivity: Adjustable via Blue Potentiometer.
-
Outputs: Digital (Gate) and Analog (Waveform).
-
Microphone: High-Sensitivity Condenser Mic.
-
Best For: Clap Switches, Baby Monitors, and Noise Alarms.

Reviews
There are no reviews yet.