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AT25XE321D Datasheet(PDF) 48 Page - Dialog Semiconductor |
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AT25XE321D Datasheet(HTML) 48 Page - Dialog Semiconductor |
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48 / 124 page ![]() Datasheet 2021-Aug-2 DS-AT25XE321D-160 Revision J 48 © 2021 Dialog Semiconductor AT25XE321D Datasheet 32-Mbit, 1.65 V - 3.6 V Range SPI Serial Flash Memory with Multi-I/O Support 5.7 STATUS REGISTER 5 The following table shows the bit assignments for Status register 5. Table 18: Status Register 5 Format Bit # Acronym Name Type Default Description 7 SRLOCK Status Register Lock R 0 Hardware sets this bit when the user executes the Status Register Lock (6Fh) command, immediately followed by two verification bytes, 4Dh and 67h. Once this action oc- curs, the Status registers can be permanently locked. 6:4 DC[2:0] Dummy Clocks R/W 000 This field indicates the number of dummy clocks to be in- serted between the address and data transactions for the EBh and E7h commands. Note that the dummy clocks in- clude the 2 clocks required to clock in the M[7:0] bits. 000: 2 clocks 001: 4 clocks 010: 6 clocks 011: 8 clocks 100: 10 clocks. 101 - 111: Reserved 3 ES Erase Suspend R 0 This bit is set by hardware whenever an erase operation is suspended. 2 PS Program Suspend R 0 This bit is set by hardware whenever a program operation is suspended. 1 TERE Terminate Enable R/W 0 The TERE bit enables or disables the Terminate command. Its encoding is: 0: Terminate command is disabled 1: Terminate command is enabled When the TERE bit is cleared (the default state after power- up), the Terminate command is disabled and any attempts to reset the device using the Terminate command are ig- nored. When the TERE bit is set, the Terminate command is enabled. The TERE bit retains its state as long as power is applied to the device. Once set, the TERE bit remains in that state until it is modified using the Write Status Register Byte 5 command or until the device has been power cycled. 0 DWA Doubleword Aligned R/W 0 Setting the DWA bit indicates that the devices adheres to double-word aligned addressing. This bit is only used when the EBh (XiP DWA Read) command is executed and is encoded as follows: 0: Double-word addressing is disabled 1: Double-word addressing is enabled When this bit is set, the lower 2 bits of address are ignored and assumed to be 00. |
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