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MAKE A DATA LOGGER USING DS3231 RTC MODULE INTERFACING WITH ARDUINO NANO – KT876

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  2. MAKE A DATA LOGGER USING DS3231 RTC MODULE INTERFACING WITH ARDUINO NANO – KT876
MAKE A DATA LOGGER USING DS3231 RTC MODULE INTERFACING WITH ARDUINO NANO – KT876

MAKE A DATA LOGGER USING DS3231 RTC MODULE INTERFACING WITH ARDUINO NANO – KT876

Original price was: $10.80.Current price is: $8.64. 20% OFF

KIT INCLUDES:DS3231 RTC module - 1Micro SD card module - 1Arduino Nano with USB Cable - 1AA Battery holder- 1Breadboard 840 points - 1Jumper wires...

Product Features:
  • SKU: VTDP2399293331
  • Product Category: Others
  • Availability: In stock

KIT INCLUDES:

  • DS3231 RTC module – 1
  • Micro SD card module – 1
  • Arduino Nano with USB Cable – 1
  • AA Battery holder- 1
  • Breadboard 840 points – 1
  • Jumper wires (male to male) 40 pieces
  • AA Batteries-4 (not included in the package)
  • Single stand wire 2m 1
  • 4gb SD card 1(not included in the package)

HARDWARE REQUIRED

  • DS3231 RTC module – 1
  • Micro SD card module – 1
  • Arduino Nano with USB Cable – 1
  • AA Battery holder- 1
  • Breadboard 840 points – 1
  • Jumper wires (male to male) 40 pieces
  • AA Batteries-4 (not included in the package)
  • Single stand wire 2m 1
  • 4gb SD card 1(not included in the package)

SOFTWARE REQUIRED

Arduino IDE 1.8.5 (programmable platform for Arduino)

Click To Download :https://www.arduino.cc/en/Main/Software

SPECIFICATIONS

DS3231 RTC MODULE

Operating Voltage

3.3 V-5.5 V DC

Chip

DS3231

Pin no.

6

Operating Temperature Ranges

Commercial: 0C to +70C

Industrial: -40C to +85C

Power Consumption

Low

Accuracy 2ppm

0C to +40C

Accuracy 3.5ppm

-40C to +85C

I2C Interface

Fast (400KHZ)

Digital Temp Sensor Output

3C Accuracy

SD CARD MODULE

  • Operating voltage 5V
  • SPI Communication method
  • SD card Socket
  • Supports FAT16 and FAT32
  • Support 2gb to 4gb

ARDUINO NANO

  • Microcontroller: Atmel ATmega168 or ATmega328
  • Operating Voltage(logic level): 5 V
  • Input Voltage(recommended): 7-12 V
  • Input Voltage(limits): 6-20 V
  • Digital I/O Pins: 14 (of which 6 provide PWM output)
  • Analog Input Pins: 8
  • DC Current per I/O Pin: 40 mA
  • Flash Memory: 16 KB (ATmega168) or 32 KB (ATmega328) of which 2 KB used by bootloader
  • SRAM: 1 KB (ATmega168) or 2 KB (ATmega328)
  • EEPROM: 512 bytes (ATmega168) or 1 KB (ATmega328)
  • Clock Speed: 16 MHz

PIN DESCRIPTION

DS3231 RTC MODULE

PIN

NAME

FUNCTION

1

32KHZ

32kHz Output. This open-drain pin requires an external pullup resistor. It may be left open if not used.

2

VCC

DC Power Pin for Primary Power Supply. This pin should be decoupled using a 0.1F to 1.0F capacitor.

If not used, connect to ground.

3

INT/SQW

Active-Low Interrupt or Square-Wave Output. This open-drain pin requires an external pullup resistor. It may be left open if not used. This multifunction pin is determined by the state of the INTCN bit in the Control Register (0Eh). When INTCN is set to logic 0, this pin outputs a square wave and its frequency is determined by RS2 and RS1 bits. When INTCN is set to logic 1, then a match between the timekeeping registers and either of the alarm registers activates the INT/SQW pin (if the alarm is enabled). Because the INTCN bit is set to logic 1 when power is first applied, the pin defaults to an interrupt output with alarms disabled.

4

GND

ground

5

SDA

Serial Data Input/Output. This pin is the data input/output for the I2C serial interface. This open-drain pin requires an external pullup resistor.

6

SCL

Serial Clock Input. This pin is the clock input for the I2C serial interface and is used to synchronize data movement on the serial interface.

ARDUINO NANO

CIRCUIT CONNECTION

  • Connect all the vcc from the battery holder to the breadboard positive and all the grounds to the negative.
  • Connect the SCL pin of ds3231 to arduino Nano a5 pin, and SDA to a4.
  • Connect cs pin of SD card module to D10 of arduino Nano SCK to D13,MOSI to D11,MISO to D12.
  • Now connect the battery positive to + lane on breadboard and negative to negative lane of breadboard.

CODE

Click to see the code or copy the link:

https://docs.google.com/document/d/e/2PACX-1vQSSHMkDZZTdW60X-oHw9BDUR13KfJOT4TlvBTEudhleMvSI8I_MeULlFsKPRR4x_E13-SAwwHCVvdB/pub

WORKING

In this project we are going to use arduino Nano, SD card module, and DS3231 real time module. This project reads temperature in every few minutes and save the data in the SD card. The DS3231 has a temperature sensor embedded in it in with the help of arduino Nano the ds3231 RTC will record the real time and temperature and save it in the SD card which is placed in the SD card module.

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