STPMC1 ST Microelectronics, STPMC1 Datasheet - Page 49

• Manufacturer Part Number: STPMC1
• Description: Programmable poly-phase energy calculator IC
• Manufacturer: ST Microelectronics

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STPMC1
9.17.6
Figure 18. Group 5 data records
DFR
DFR
DFR
DFR
DFS
DFS
DFS
DFS
DFT
DFT
DFT
DFT
CF2
CF2
CF2
CF2
Group 5 data records
5.1 DFR:
●
●
5.2 DFS:
●
●
5.3 DFT:
●
●
5.4 CF2:
●
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
parity
4 bit
4 bit
4 bit
4 bit
4 bit
4 bit
4 bit
4 bit
R-phase active energy fundamental: 20-bit accumulator of R phase active energy from
fundamental harmonic
R-phase status: 8-bit R phase status (see
condition for phase R active energy fundamental.
S-phase active energy fundamental: 20-bit accumulator of S phase active energy from
fundamental harmonic
S-phase status: 8-bit S phase status (see
condition for phase S active energy fundamental.
T-phase active energy fundamental: 20-bit accumulator of T phase active energy from
fundamental harmonic
T-phase status: 8-bit T phase status (see
condition for phase T active energy fundamental.
bits [83..56] of configurators (see
R-phase active energy fundamental
R-phase active energy fundamental
R-phase active energy fundamental
R-phase active energy fundamental
R-phase active energy fundamental
R-phase active energy fundamental
S-phase active energy fundamental
S-phase active energy fundamental
S-phase active energy fundamental
S-phase active energy fundamental
S-phase active energy fundamental
S-phase active energy fundamental
T-phase active energy fundamental
T-phase active energy fundamental
T-phase active energy fundamental
T-phase active energy fundamental
T-phase active energy fundamental
T-phase active energy fundamental
Doc ID 15728 Rev 1
20 bit
20 bit
20 bit
20 bit
20 bit
20 bit
bits [83..56] of configurators
bits [83..56] of configurators
bits [83..56] of configurators
bits [83..56] of configurators
bits [83..56] of configurators
bits [83..56] of configurators
Table 31
20 bit
20 bit
20 bit
20 bit
20 bit
20 bit
Table 30
Table 30
)
Table 30
). Bit [0] ( BIL ) represents no-load
). Bit [0] ( BIL ) represents no-load
). Bit [0] ( BIL ) represents no-load
R-phase status
R-phase status
R-phase status
R-phase status
R-phase status
R-phase status
S-phase status
S-phase status
S-phase status
S-phase status
S-phase status
S-phase status
T-phase status
T-phase status
T-phase status
T-phase status
T-phase status
T-phase status
Theory of operation
8 bit
8 bit
8 bit
8 bit
8 bit
8 bit
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