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IS25LE512M-RGLA3:P-TY 数据表(PDF) 33 Page - Integrated Silicon Solution, Inc |
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IS25LE512M-RGLA3:P-TY 数据表(HTML) 33 Page - Integrated Silicon Solution, Inc |
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33 / 189 page ![]() IS25LE512M IS25WE512M Integrated Silicon Solution, Inc.- www.issi.com 33 Rev. A6 06/16/2025 PROT_E bit: The Protection Error bit indicates whether an Erase or Program operation has attempted to modify a protected array sector or block, or to access a locked Information Row region. When the bit is set to “1” it indicates that there was an error or errors in previous Erase or Program operations. See Table 6.15 for details. P_ERR bit: The Program Error bit indicates whether a Program operation has succeeded or failed, or whether a Program operation has attempted to program a protected array sector/block or a locked Information Row region. When the bit is set to “1” it indicates that there was an error or errors in previous Program or Write/Set Non-Volatile Register operations. See Table 6.15 for details. E_ERR bit: The Erase Error bit indicates whether an Erase operation has succeeded or failed, or whether an Erase operation has attempted to erase a protected array sector/block or a locked Information Row region. When the bit is set to “1” it indicates that there was an error or errors in previous Erase or Write/Set Non-Volatile Register operations. See Table 6.15 for details. Table 6.15 Instructions to set PROT_E, P_ERR, or E_ERR bit Instructions Description PP/4PP/PPQ/4PPQ/PGPPB/ 4PGPPB/PGPWD The commands will set the P_ERR if there is a failure in the operation. Attempting to program within the protected array sector/block or within an erase suspended sector/block will result in a programming error with P_ERR and PROT_E set to “1”. IRP The command will set the P_ERR if there is a failure in the operation. In attempting to program within a locked Information Row region, the operation will fail with P_ERR and PROT_E set to 1. PGASP The command will set the P_ERR if there is a failure in the operation. Attempting to program ASPR [2:1] after the Protection Mode is selected or attempting to program ASPR[2:1] = 00b will result in a programming error with P_ERR and PROT_E set to “1”. UNPWD If the UNPWD command supplied password does not match the hidden internal password, the UNPWD operation fails in the same manner as a programming operation on a protected sector/block and sets the P_ERR and PROT_E to “1”. WRSR/SRPNV/ SERPNV/WRBRNV/PNVDLR The update process for the non-volatile register bits involves an erase and a program operation on the non-volatile register bits. If either the erase or program portion of the update fails, the related error bit (P_ERR or E_ERR) will be set to “1”. Only for WRSR command, when Status Register is write-protected by SRWD bit and WP# pin, attempting to write the register will set PROT_E and E_ERR to “1”. WRFR The commands will set the P_ERR if there is a failure in the operation. SER/4SER/BER32K/ 4BER32K/BER64K/ 4BER64K/BER256K/4BER25 6K/CER/IRER/ERPPB The commands will set the E_ERR if there is a failure in the operation. E_ERR and PROT_E will be set to “1” when the user attempts to erase a protected main memory sector/block or a locked Information Row region. Chip Erase (CER) command will set E_ERR and PROT_E if any blocks are protected by Block Protection bits (BP3~BP0). But Chip Erase (CER) command will not set E_ERR and PROT_E if sectors/blocks are protected by ASP (DYB bits or PPB bits) only. Notes: 1. OTP bits in the Function Register and TBPARM (OTP bit) in the ASP Register may only be programmed to “1”. Writing of the bits back to “0” is ignored and no error is set. 2. Read only bits and partially protected bits by FREEZE bit in registers are never modified by a command so that the corresponding bits in the Write/Set Register command data byte are ignored without setting any error indication. 3. Once the PROT_E, P_ERR, and E_ERR error bits are set to “1”, they remains set to “1” until they are cleared to “0” with a Clear Extended Read Register (CLERP) command. This means that those error bits must be cleared through the CLERP command. Alternatively, Hardware Reset, or Software Reset may be used to clear the bits. 4. Any further command will be executed even though the error b its are set to “1”. |
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