Lines Matching full:byte

4 address byte(s) needed for a given EEPROM device.
8 The existing upstream function isDevice16Bit() bases on sending 1-byte write
9 operation (with a STOP condition) and 8 subsequent 1-byte read operations with
10 SINGLE byte address.
14 - If the device requires 1 address byte, it EXPECTS that the data will be read
17   from 8 DIFFERENT LOCATIONS and at least one byte read is different than 7
24   be identified as "1 address byte" device.
27   single byte address read --> therefore, existing function wrongly identifies
28   it as 1 byte address device.
34 1-byte read operation. The proposed solution fully complies with IIC standard
38 `| Start | SlaveAddr + W | 0x00 | 0x00 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
40 `| Start | SlaveAddr + W | 0x00 | 0x01 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
41 `| Start | SlaveAddr + W | 0x00 | 0x02 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
42 `| Start | SlaveAddr + W | 0x00 | 0x03 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
43 `| Start | SlaveAddr + W | 0x00 | 0x04 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
44 `| Start | SlaveAddr + W | 0x00 | 0x05 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
45 `| Start | SlaveAddr + W | 0x00 | 0x06 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
46 `| Start | SlaveAddr + W | 0x00 | 0x07 | STOP PROHIBITED HERE | Start | SlaveAddr + R | data byte |…
49 - If the device requires a single data byte, then it will always load address
50   0x00, the subsequent read byte will be the same for all 8 instructions. The
51   second byte on the write would be interpreted as data byte, thus not modifying
60 There is no STOP condition after the second (potential) address byte. A START
61 condition must be sent after the second byte. If STOP condition is sent, then
62 the 1-byte address devices will start internal write cycle, altering the EEPROM
81   with one address byte sent instead of two - is a manufacturer-specific
85 …emory. The internal memory location must be written during the first data byte. After the START co…
88   is the address pointer, as being the first data byte in IIC communication.
90   first address byte.