Operating clock synchronization adjusting method for induction type power supply system
First Claim
1. An operating clock synchronization adjusting method, for an induction type power supply system, comprising:
- receiving a plurality of data pulses, by a supplying-end module, according to a lock of a microprocessor of the supplying-end module, for generating a plurality of data frames;
calculating a period between first data pulses corresponding to starting bits of a first data frame and a second data frame among the plurality of data frames, for acquiring a data frame period;
calculating a period between the first data pulse of the second data frame and a second data pulse of the second data frame, for acquiring a bit period; and
comparing the bit period and a bit time threshold, for determining whether to adjust the clock of the microprocessor according to the data frame period and a frame time threshold.
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Abstract
An operating clock synchronization adjusting method, for an induction type power supply system, includes receiving a plurality of data pulses, by a supplying-end module, according to a clock of a microprocessor of the supplying-end module, for generating a plurality of data frames. A period between first data pulses corresponding to starting bits of a first detecting data frame and a second detecting frame among the plurality of data frame is calculated, for acquiring a data frame period. A period between the first data pulse of the second data frame and a second data pulse of the second data frame is calculated, for acquiring a bit period. The bit period and a bit time threshold are compared for determining whether to adjust the clock of the microprocessor according to the data frame period and a frame time threshold.
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Citations
3 Claims
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1. An operating clock synchronization adjusting method, for an induction type power supply system, comprising:
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receiving a plurality of data pulses, by a supplying-end module, according to a lock of a microprocessor of the supplying-end module, for generating a plurality of data frames; calculating a period between first data pulses corresponding to starting bits of a first data frame and a second data frame among the plurality of data frames, for acquiring a data frame period; calculating a period between the first data pulse of the second data frame and a second data pulse of the second data frame, for acquiring a bit period; and comparing the bit period and a bit time threshold, for determining whether to adjust the clock of the microprocessor according to the data frame period and a frame time threshold. - View Dependent Claims (2, 3)
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Specification