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20nF range is completed, and the program will automatically switch to the 200nF level,
and change the prompt.
200nF: open circuit for the input terminals, after the measured value is stable press
Enter to confirm. Then according to the prompt, enter 200nF, then set the true value,
after the measured value is stable press Enter to confirm. Then the calibration for
200nF range is completed, and the program will automatically switch to the 2uF level,
and change the prompt.
2uF: open circuit for the input terminals, after the measured value is stable press Enter
to confirm. Then according to the prompt, enter 2uF, then set the true value, after the
measured value is stable press Enter to confirm. Then the calibration for 2uF range is
completed, and the program will automatically switch to the 20uF level, and change
the prompt.
20uF: open circuit for the input terminals, after the measured value is stable press
Enter to confirm. Then according to the prompt, enter 20uF, then set the true value,
after the measured value is stable press Enter to confirm. Then the calibration for
20uF range is completed, and the program will automatically switch to the 200uF level,
and change the prompt.
200uF: open circuit for the input terminals, after the measured value is stable press
Enter to confirm. Then according to the prompt, enter 200uF, then set the true value,
after the measured value is stable press Enter to confirm. Then the calibration for
200uF range is completed, and the program will automatically switch to the 2mF level,
and change the prompt.
2mF: open circuit for the input terminals, after the measured value is stable press
Enter to confirm. Then according to the prompt, enter 2mF, then set the true value,
after the measured value is stable press Enter to confirm, and the secondary display
shows OK. Then the resistance calibration is complete, and the program will write the
above calibration data into FLASH.