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SST26WF016BA Datasheet(PDF) 72 Page - Microchip Technology

Part # SST26WF016BA
Description  1.8V 16 Mbit Serial Quad I/O (SQI) Flash Memory
PDF  75 Pages
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Manufacturer  MICROCHIP [Microchip Technology]
Direct Link  http://www.microchip.com
Logo MICROCHIP - Microchip Technology

SST26WF016BA Datasheet(HTML) 72 Page - Microchip Technology

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SST26WF016B/SST26WF016BA
DS20005013D-page 72
 2014 Microchip Technology Inc.
• 8Mbit = 4
• 16Mbit = 5
• 32Mbit = 6
• 64Mbit = 7
• 128Mbit = 8
Block Protect Register Start/End Bits are mapped in
the SFDP by using the formula (2m + 1) + (c). “m” is a
constant value that represents the different densities
from 8Mbit to 128Mbit (used also in the formula calcu-
lating number of 64 KByte Blocks above). The values
that are going to be placed in the Block Protection Bit
Start/End field table are the constant value adder (c) in
the formula and are represented in two’s compliment
except when the value is 00H. If the value is 00H, this
location is the 0 bit location. If the value is other than 0,
then this is a constant value adder (c) that will be used
in the formula. The most significant (left most) bit indi-
cates the sign of the integer; it is sometimes called the
sign bit.
If the sign bit is zero, then the number is
greater than or equal to zero, or positive. If the sign bit
is one, then the number is less than zero, or negative.
See Table 11-4 for an example of this formula.
TABLE 11-4:
BPSL/BPEL EQUATION WITH ACTUAL CONSTANT ADDER DERIVED FROM THE
FORMULA (2M + 1) + (C)
Block Size
8 Mbit to 128 Mbit
Comments
8 KByte (Type 2) Bottom
BPSL = (2m + 1) + FFH
BPEL = (2m + 1) + 04H
0FFH = -1; 06H = 6
Odd address bits are Read-Lock bit
locations and even address bits are
Write-Lock bit locations.
32 KByte (Type3)
BPSL = BPEL= (2m + 1) + 0FDH
0FDH= -3
64 KByte (Type 4)
BPSL = 00H
BPEL = (2m + 1) + FCH
00H is Block-Protection Register bit 0
location; 0FCH = -4
32 KByte (Type 3)
BPSL = BPEL= (2m + 1) + 0FEH
0FEH=-2
8 KByte (Type 2) Top
BPSL = (2m + 1) + 07H
BPEL = (2m + 1) + 0EH
07H = 7; 0EH = 14
Odd address bits are Read-Lock bit
locations and even address bits are
Write-Lock bit locations.



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