单片机在一个数据写周期内可以连续访问一页（8个）EEPROM存储单元。

The microcontroller can continuously access a page (8) of EEPROM memory cells in a data write cycle. In this mode, the single-chip microcomputer first sends a start signal, then sends a byte control word, and then sends a byte of the storage start unit address. After all the responses are received, it can send up to one page of data, and place them in sequence to specify the start address. In successive units of the start, the last stop signal ends.

Single chip microcomputer can continuously access one page (8) EEPROM storage units in a data writing cycle. In this mode, the single-chip microcomputer first sends the start signal, then sends the control word of byte, and then sends the address of the storage starting unit of one byte. After all the responses are received, it can send up to one page of data, and put it in successive units starting with the specified starting address in sequence. Finally, the stop signal ends.

Single-chip microcomputer can access one page (8 EEPROM storage units) continuously in one data writing cycle. In this mode, the MCU sends the start signal first, then sends the byte control word, and then sends a byte address of the storage starting unit. After all the responses are received, it can send up to one page of data, which is sequentially placed in the successive units starting with the specified starting address, and finally the stop signal ends.