with 56 bytes non losing full BCD code clock calendar real time clock, the address and data are
transmitted through two line two-way serial bus, the chip can supply the information of seconds, minute, hour ,etc, the day of each month can adjust automatically,
it has the function of making up the leap year . AM/PM flag bit determine the clock work mode for 24 hours or 12 hours,
there is a built-in power supply circuitry inside the chip, and has the power failure detection and battery switch function.
Step 1: Part List
1 x Linker RTC
Linker kit 20cm connect line
Several dupont line
Step 2: Wiring Diagram
so there are some difference in installing between them.
pcduino SCL pin – > Linker RTC SCL pin
pcduino SDA pin - > Linker RTC SDA pin
pcduino +5v pin - > Linker RTC Vcc pin
pcduino GND pin - > Linker RTC GND pin
Here you can directly connect the Linker RTC and pcDuino with Dupont lines,
for the female Dupont line plug-in the base of Liner is loose, have an impact on experiment.
So we connect it with the connect line, then use the male to male Dupont line to connect the pcDuino and Lin
Step 3: Test Code
Open the terminal and enter into the output/test file under the c_enviroment ( *** is the path to save the c_enviroment)
Execute the Linker_rtc_test file.
Notice: the corresponding C file is under the ***/c_enviroment/sample directory
Step 4: Test Result
When execute Linker_rtc_test file It will start computing time from the time adding parameters
$ ./linker_rtc_test 14 3 6 18 43