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IS25LE512M-RGLA3:P-TY 数据表(PDF) 35 Page - Integrated Silicon Solution, Inc

部件名 IS25LE512M-RGLA3:P-TY
功能描述  SERIAL FLASH MEMORY 133/112MHZ MULTI I/O SPI & QUAD I/O QPI DTR INTERFACE WITH ON-CHIP ECC
PDF  189 Pages
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制造商  ISSI [Integrated Silicon Solution, Inc]
网页  http://www.issi.com
标志 ISSI - Integrated Silicon Solution, Inc

IS25LE512M-RGLA3:P-TY 数据表(HTML) 35 Page - Integrated Silicon Solution, Inc

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IS25LE512M
IS25WE512M
Integrated Silicon Solution, Inc.- www.issi.com
35
Rev. A6
06/16/2025
6.6 ADVANCED SECTOR/BLOCK PROTECTION (ASP) RELATED REGISTER
6.6.1 ADVANCED SECTOR/BLOCK PROTECTION REGISTER (ASPR)
Related Commands: Read ASP (RDASP 2Bh) and Program ASP (PGASP 2Fh).
Advanced Sector/Block Protection (ASP) Register Bit (16 bits) definitions are described in Tables 6.19 and 6.20.
Table 6.18 Advanced Sector/Block Protection Register (ASPR) Bit Table
15
14 to 7
6
5
4
3
2
1
0
TBPARM(1)
Reserve
d
Reserve
d
Reserve
d
Reserve
d
Reserve
d
PWDMLB
PSTMLB
Reserve
d
Default
1
1
1
1
1
1
1
1
1
Table 6.19 Advanced Sector/Block Protection Register (ASPR) Bit Definition
Bit
Name
Definition
Read-
/Write
Type
0
Reserved
Reserved
R
Reserved
1
PSTMLB
Persistent Protection Mode Lock Bit
“0” = Persistent Protection Mode permanently enabled.
“1” = Persistent Protection Mode not permanently enabled.
R/W
OTP
2
PWDMLB
Password Protection Mode Lock Bit
“0” = Password Protection Mode permanently enabled.
“1” = Password Protection Mode not permanently enabled.
R/W
OTP
14:3
Reserved
Reserved
R
Reserved
15
TBPARM(1)
Configures Parameter Sectors location
“0” = 4KB physical sectors at top, (high address)
“1” = 4KB physical sectors at bottom (Low address)
R/W
OTP(1)
Note:
1.
TBPARM bit is Reserved for optional block size of 256KB device
The Advanced Sector/Block Protection Register (ASPR) is used to permanently configure the behavior of Advanced
Sector/Block Protection (ASP) features and parameter sectors location.
PWDMLB (ASPR [2]) and PSTMLB (ASPR[1]) bits: When shipped from the factory, all devices default ASP to
the Persistent Protection Mode, with all sectors unprotected, when power is applied. The device programmer or
host system must then choose which sector/block protection method to use. Programming either of the Protection
Mode Lock Bits locks the part permanently in the selected mode:
• ASPR [2:1] = 11 = No ASP mode selected, Persistent Protection Mode is the default.
• ASPR [2:1] = 10 = Persistent Protection Mode permanently selected.
• ASPR [2:1] = 01 = Password Protection Mode permanently selected.
• ASPR [2:1] = 00 = Illegal condition, attempting to program both bits to zero results in a programming failure
and the program operation will abort. It will result in a programming error with P_ERR set to 1.
As a result, PWDMLB and PSTMLB are mutually exclusive, only one may be programmed to zero.
ASPR programming rules:
• If the Password Protection Mode is chosen, the password must be programmed prior to setting the
corresponding bit.
• Once the Protection Mode is selected, the ASPR [2:1] bits are permanently protected from programming and
no further change to the ASPR[2:1] is allowed. Attempting to program ASPR [2:1] after selected will result in a
programming error with P_ERR set to 1. The programming time of the ASPR is the same as the typical page
programming time. The system can determine the status of the ASPR programming operation by reading the
WIP bit in the Status Register.
• TBPARM bit can be programmed even after ASPR [2:1] bits are programmed while the FREEZE bit in the PPB
Lock Register is “0”.



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