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EVAL-ADE7858EBZ 数据表(PDF) 57 Page - Analog Devices

部件名 EVAL-ADE7858EBZ
功能描述  Poly Phase Multifunction Energy Metering IC with per Phase Active and Reactive Powers
PDF  76 Pages
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制造商  AD [Analog Devices]
网页  http://www.analog.com
标志 AD - Analog Devices

EVAL-ADE7858EBZ 数据表(HTML) 57 Page - Analog Devices

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Preliminary Technical Data
ADE7858
Rev. PrA | Page 57 of 76
REGISTERS LIST
Table 21. ADE7858 Registers List located in DSP data memory RAM
Address
Name
R/W1
Bit
Length
Bit Length
during
Comm2
Type3
Default
Value
Description
0x4380
AIGAIN
R/W
24
32 ZPSE
S
0x000000
Phase A current gain adjust
0x4381
AVGAIN
R/W
24
32 ZPSE
S
0x000000
Phase A voltage gain adjust
0x4382
BIGAIN
R/W
24
32 ZPSE
S
0x000000
Phase B current gain adjust
0x4383
BVGAIN
R/W
24
32 ZPSE
S
0x000000
Phase B voltage gain adjust
0x4384
CIGAIN
R/W
24
32 ZPSE
S
0x000000
Phase C current gain adjust
0x4385
CVGAIN
R/W
24
32 ZPSE
S
0x000000
Phase C voltage gain adjust
0x4386
Reserved
N/A
N/A
N/A
N/A
0x000000
For proper operation, this memory location should
be kept at 0x000000.
0x4387
AIRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase A current rms offset
0x4388
AVRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase A voltage rms offset
0x4389
BIRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase B current rms offset
0x438A
BVRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase B voltage rms offset
0x438B
CIRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase C current rms offset
0x438C
CVRMSOS
R/W
24
32 ZPSE
S
0x000000
Phase C voltage rms offset
0x438D
Reserved
N/A
N/A
N/A
N/A
0x000000
For proper operation, this memory location should
be kept at 0x000000.
0x438E
AVAGAIN
R/W
24
32 ZPSE
S
0x000000
Phase A apparent power gain adjust
0x438F
BVAGAIN
R/W
24
32 ZPSE
S
0x000000
Phase B apparent power gain adjust
0x4390
CVAGAIN
R/W
24
32 ZPSE
S
0x000000
Phase C apparent power gain adjust
0x4391
AWGAIN
R/W
24
32 ZPSE
S
0x000000
Phase A total active power gain adjust
0x4392
AWATTOS
R/W
24
32 ZPSE
S
0x000000
Phase A total active power offset adjust
0x4393
BWGAIN
R/W
24
32 ZPSE
S
0x000000
Phase B total active power gain adjust
0x4394
BWATTOS
R/W
24
32 ZPSE
S
0x000000
Phase B total active power offset adjust
0x4395
CWGAIN
R/W
24
32 ZPSE
S
0x000000
Phase C total active power gain adjust
0x4396
CWATTOS
R/W
24
32 ZPSE
S
0x000000
Phase C total active power offset adjust
0x4397
AVARGAIN
R/W
24
32 ZPSE
S
0x000000
Phase A total reactive power gain adjust
0x4398
AVAROS
R/W
24
32 ZPSE
S
0x000000
Phase A total reactive power offset adjust
0x4399
BVARGAIN
R/W
24
32 ZPSE
S
0x000000
Phase B total reactive power gain adjust
0x439A
BVAROS
R/W
24
32 ZPSE
S
0x000000
Phase B total reactive power offset adjust
0x439B
CVARGAIN
R/W
24
32 ZPSE
S
0x000000
Phase C total reactive power gain adjust
0x439C
CVAROS
R/W
24
32 ZPSE
S
0x000000
Phase C total reactive power offset adjust
0x439D-
0x43A8
Reserved
N/A
N/A
N/A
N/A
0x000000
These memory locations should be kept at
0x000000 for proper operation
0x43A9
VATHR1
R/W
24
32 ZP
U
0x000000
Most significant 24 bits of VATHR[47:0] threshold
used in phase apparent power data path.
0x43AA
VATHR0
R/W
24
32 ZP
U
0x000000
Less significant 24 bits of VATHR[47:0] threshold
used in phase apparent power data path.
0x43AB
WTHR1
R/W
24
32 ZP
U
0x000000
Most significant 24 bits of WTHR[47:0] threshold
used in phase total/fundamental active power data
path.
0x43AC
WTHR0
R/W
24
32 ZP
U
0x000000
Less significant 24 bits of WTHR[47:0] threshold
used in phase total/fundamental active power data
path.
0x43AD
VARTHR1
R/W
24
32 ZP
U
0x000000
Most significant 24 bits of VARTHR[47:0] threshold
used in phase total/fundamental reactive power
data path.
0x43AE
VARTHR0
R/W
24
32 ZP
U
0x000000
Less significant 24 bits of VARTHR[47:0] threshold
used in phase total/fundamental reactive power
data path.
0x43AF
reserved
N/A
N/A
N/A
N/A
0x000000
This memory location should be kept at 0x000000
for proper operation



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