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MPF42791 датащи(PDF) 21 Page - Monolithic Power Systems

номер детали MPF42791
подробное описание детали  2 to 16 Stacked Cells Battery Pack Fuel Gauge with Resistance Detection and Thermal Model
PDF  75 Pages
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производитель  MPS [Monolithic Power Systems]
домашняя страница  http://www.monolithicpower.com
Logo MPS - Monolithic Power Systems

MPF42791 датащи(HTML) 21 Page - Monolithic Power Systems

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MPF42791 – 2 TO 16 BATTERY PACK FG W/ R DETECTION AND THERMAL MODEL
MPF42791 Rev. 1.0
MonolithicPower.com
21
9/19/2022
MPS Proprietary Information. Patent Protected. Unauthorized Photocopy and Duplication Prohibited.
© 2022 MPS. All Rights Reserved.
RESR_CELL_
DIS_9_BKUP,
0x0220
These bits are the backup register for cell
9’s
discharge RESR state. This address is a R/W
alias for the RESR_CELL_DIS_9 register.
The fuel gauge must be in learning backup mode
for this register to be written. For more details, see
the FG_BKUP_ENABLE register on page 33 and
the FG_BKUP_FLAG register on page 54.
Writing to this or any of the other cell RESR
backup registers prepares the fuel gauge to use
the values written in these registers as a starting
point for the RESR learning.
32, [31:0]
R/W
32-bit floating
point (single)
0%
-
RESR_CELL_
DIS_10_BKUP,
0x0224
These bits are the backup register for cell
10’s
discharge RESR state. This address is a R/W
alias for the RESR_CELL_DIS_10 register.
The fuel gauge must be in learning backup mode
for this register to be written. For more details, see
the FG_BKUP_ENABLE register on page 33 and
the FG_BKUP_FLAG register on page 54.
Writing to this or any of the other cell RESR
backup registers prepares the fuel gauge to use
the values written in these registers as a starting
point for the RESR learning.
32, [31:0]
R/W
32-bit floating
point (single)
0%
-
RESR_CELL_
DIS_11_BKUP,
0x0228
These bits are the backup register for cell
11’s
discharge RESR state. This address is a R/W
alias for the RESR_CELL_DIS_11 register.
The fuel gauge must be in learning backup mode
for this register to be written. For more details, see
the FG_BKUP_ENABLE register on page 33 and
the FG_BKUP_FLAG register on page 54.
Writing to this or any of the other cell RESR
backup registers prepares the fuel gauge to use
the values written in these registers as a starting
point for the RESR learning.
32, [31:0]
R/W
32-bit floating
point (single)
0%
-
RESR_CELL_
DIS_12_BKUP,
0x022C
These bits are the backup register for cell
12’s
discharge RESR state. This address is a R/W
alias for the RESR_CELL_DIS_12 register.
The fuel gauge must be in learning backup mode
for this register to be written. For more details, see
the FG_BKUP_ENABLE register on page 33 and
the FG_BKUP_FLAG register on page 54.
Writing to this or any of the other cell RESR
backup registers prepares the fuel gauge to use
the values written in these registers as a starting
point for the RESR learning.
32, [31:0]
R/W
32-bit floating
point (single)
0%
-
RESR_CELL_
DIS_13_BKUP,
0x0230
These bits are the backup register for cell
13’s
discharge RESR state. This address is a R/W
alias for the RESR_CELL_DIS_13 register.
The fuel gauge must be in learning backup mode
for this register to be written. For more details, see
the FG_BKUP_ENABLE register on page 33 and
the FG_BKUP_FLAG register on page 54.
Writing to this or any of the other cell RESR
backup registers prepares the fuel gauge to use
the values written in these registers as a starting
point for the RESR learning.
32, [31:0]
R/W
32-bit floating
point (single)
0%
-



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