3.1 Metrology Control Registers

Table 3-2. Metrology Control Registers
Index	Address	Variable	Access Mode	Name	Format	No. Bytes	Min Value	Max Value	Default	Units
0	0x20088000	STATE_CTRL	R/W	Metrology State Control register	uQ32.0	4	—	—	—	integer
1	0x20088004	FEATURE_CTRL	R/W	Metrology Feature Setting register	uQ32.0	4	—	—	—	integer
2	0x20088008	AFE_SELECTION	R/W	AFE Selection register	uQ32.0	4	—	—	—	integer
3	0x2008800C	CHANNEL_MATRIX	R/W	Physical to logical channel assignment matrix	uQ32.0	4	—	—	—	integer
4	0x20088010	HARMONIC_CTRL	R/W	Harmonic Control register	uQ32.0	4	—	—	—	integer
5	0x20088014	METER_TYPE	R/W	Sensor Type and Service Type Settings register	uQ32.0	4	—	—	—	integer
6	0x20088018	M	R/W	Number of line cycles for integration period	uQ32.0	4	0	1980	0	integer
7	0x2008801C	N_MAX	R/W	Maximum number of samples in an integration period	uQ32.0	4	—	132000	4400	integer
8	0x20088020	PULSE0_CTRL	R/W	Pulse 0 control: enable/disable, polarity, quantity type selection	uQ32.0	4	—	—	—	integer
9	0x20088024	PULSE0_K_t	R/W	Pulse 0 Meter Constant register	uQ8.24	4	—	—	0.3125	Wh/imp, VArh/imp, Amp²h/imp, VAh/imp
10	0x20088028	PULSE1_CTRL	R/W	Pulse 1 control: enable/disable, polarity, quantity type selection	uQ32.0	4	—	—	—	integer
11	0x2008802C	PULSE1_K_t	R/W	Pulse 1 Meter Constant register	uQ8.24	4	—	—	0.3125	Wh/imp, VArh/imp, Amp²h/imp, VAh/imp
12	0x20088030	PULSE2_CTRL	R/W	Pulse 2 control: enable/disable, polarity, quantity type selection	uQ32.0	4	—	—	—	integer
13	0x20088034	PULSE2_K_t	R/W	Pulse 2 Meter Constant register	uQ8.24	4	—	—	0.3125	Wh/imp, VArh/imp, Amp²h/imp, VAh/imp
14	0x20088038	SYNTHESIZER_ADDR	R/W	Synthesizer Address	—	4	—	—	—	integer
15	0x2008803C	CREEP_THRESHOLD_P	R/W	Starting per-cycle total Active Energy for pulse and pulse accumulation	uQ2.30	4	—	—	—	Wh
16	0x20088040	CREEP_THRESHOLD_P_A	R/W	Starting per-cycle phase-A Active Energy. Affects accumulators (P_A, P_A_F, CYCLE_P_A, CYCLE_P_A_F) and pulse measurement	uQ12.20	4	—	—	—	mW scaled
17	0x20088044	CREEP_THRESHOLD_P_B	R/W	Starting per-cycle phase-B Active Energy. Affects accumulators (P_B, P_B_F, CYCLE_P_B, CYCLE_P_B_F) and pulse measurement.	uQ12.20	4	—	—	—	mW scaled
18	0x20088048	CREEP_THRESHOLD_P_C	R/W	Starting per-cycle phase-C Active Energy. Affects accumulators (P_C, P_C_F, CYCLE_P_C, CYCLE_P_C_F) and pulse measurement.	uQ12.20	4	—	—	—	mW scaled
19	0x2008804C	CREEP_THRESHOLD_Q	R/W	Starting per-cycle total Reactive Quadergy for pulse and pulse accumulation.	uQ2.30	4	—	—	—	VARh
20	0x20088050	CREEP_THRESHOLD_Q_A	R/W	Starting per-cycle phase-A Reactive Energy. Affects accumulators (Q_A, Q_A_F, CYCLE_Q_A, CYCLE_Q_A_F) and pulse measurement.	uQ12.20	4	—	—	—	mVAr scaled
21	0x20088054	CREEP_THRESHOLD_Q_B	R/W	Starting per-cycle phase-B Reactive Energy. Affects accumulators (Q_B, Q_B_F, CYCLE_Q_B, CYCLE_Q_B_F) and pulse measurement.	uQ12.20	4	—	—	—	mVAr scaled
22	0x20088058	CREEP_THRESHOLD_Q_C	R/W	Starting per-cycle phase-C Reactive Energy. Affects accumulators (Q_C, Q_C_F, CYCLE_Q_C, CYCLE_Q_C_F) and pulse measurement.	uQ12.20	4	—	—	—	mVAr scaled
23	0x2008805C	CREEP_THRESHOLD_I	R/W	Starting per-phase current for both Energy and Quadergy pulse and pulse accumulation.	uQ12.20	4	—	—	—	mArms scaled
24	0x20088060	CREEP_THRESHOLD_I_A	R/W	Starting phase-A current for both Energy and Quadergy. Affects accumulators (I_A, I_A_F, CYCLE_I_A, CYCLE_I_A_F) and pulse measurement.	uQ12.20	4	—	—	—	mArms scaled
25	0x20088064	CREEP_THRESHOLD_I_B	R/W	Starting phase-B current for both Energy and Quadergy. Affects accumulators (I_B, I_B_F, CYCLE_I_B, CYCLE_I_B_F) and pulse measurement.	uQ12.20	4	—	—	—	mArms scaled
26	0x20088068	CREEP_THRESHOLD_I_C	R/W	Starting phase-C current for both Energy and Quadergy. Affects accumulators (I_C, I_C_F, CYCLE_I_C, CYCLE_I_C_F) and pulse measurement.	uQ12.20	4	—	—	—	mArms scaled
27	0x2008806C	CREEP_THRESHOLD_S	R/W	Starting per-cycle total Apparent energy for pulse and pulse accumulation.	uQ2.30	4	—	—	—	VAh
28	0x20088070	POWER_OFFSET_CTRL	R/W	Power offset control	uQ32.0	4	—	—	—	integer
29	0x20088074	POWER_OFFSET_P	R/W	Pulse computation active power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.	sQ1.30	4	-2.000	1.9999…	0	Wh/cycle
30	0x20088078	POWER_OFFSET_Q	R/W	Pulse computation reactive power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.	sQ1.30	4	-2.000	1.9999…	0	VARh/cycle
31	0x2008807C	POWER_OFFSET_S	R/W	Pulse computation apparent power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.	sQ1.30	4	—	—	—	I²h/cycle
32	0x20088080	SWELL_THRESHOLD_VA	R/W	Voltage swell threshold for each half cycle of phase-A voltage.	uQ0.32	4	0	0.9999…	—	—
33	0x20088084	SWELL_THRESHOLD_VB	R/W	Voltage swell threshold for each half cycle of phase-B voltage.	uQ0.32	4	0	0.9999…	—	—
34	0x20088088	SWELL_THRESHOLD_VC	R/W	Voltage swell threshold for each half cycle of phase-C voltage.	uQ0.32	4	0	0.9999…	—	—
35	0x2008808C	SAG_THRESHOLD_VA	R/W	Voltage sag threshold for each half cycle of phase-A voltage.	uQ0.32	4	0	0.9999…	—	—
36	0x20088090	SAG_THRESHOLD_VB	R/W	Voltage sag threshold for each half cycle of phase-B voltage.	uQ0.32	4	0	0.9999…	—	—
37	0x20088094	SAG_THRESHOLD_VC	R/W	Voltage sag threshold for each half cycle of phase-C voltage.	uQ0.32	4	0	0.9999…	—	—
38	0x20088098	INTERRUPT_THRESHOLD_VA	R/W	Interrupt threshold for each half cycle of phase-A voltage.	uQ0.32	4	0	0.9999…	—	—
39	0x2008809C	INTERRUPT_THRESHOLD_VB	R/W	Interrupt threshold for each half cycle of phase-B voltage.	uQ0.32	4	0	0.9999…	—	—
40	0x200880A0	INTERRUPT_THRESHOLD_VC	R/W	Interrupt threshold for each half cycle of phase-C voltage.	uQ0.32	4	0	0.9999…	—	—
41	0x200880A4	RESERVED	R/W	—	—	4	—	—	—	—
42	0x200880A8	RESERVED	R/W	—	—	4	—	—	—	—
43	0x200880AC	RESERVED	R/W	—	—	4	—	—	—	—
44	0x200880B0	K_IA	R/W	ADC input current conversion factor = I_A(rms)/Vadc(rms)	uQ22.10	4	—	2,000.00	—	A_RMS/VADC_RMS
45	0x200880B4	K_VA	R/W	ADC input voltage conversion factor = V_A(rms)/Vadc(rms)	uQ22.10	4	—	4,000.00	—	V_RMS/VADC_RMS
46	0x200880B8	K_IB	R/W	ADC input current conversion factor = I_B(rms)/Vadc(rms)	uQ22.10	4	—	2,000.00	—	A_RMS/VADC_RMS
47	0x200880BC	K_VB	R/W	ADC input voltage conversion factor = V_B(rms)/Vadc(rms)	uQ22.10	4	—	4,000.00	—	V_RMS/VADC_RMS
48	0x200880C0	K_IC	R/W	ADC input current conversion factor = I_C(rms)/Vadc(rms)	uQ22.10	4	—	2,000.00	—	A_RMS/VADC_RMS
49	0x200880C4	K_VC	R/W	ADC input voltage conversion factor = V_C(rms)/Vadc(rms)	uQ22.10	4	—	4,000.00	—	V_RMS/VADC_RMS
50	0x200880C8	K_IN	R/W	ADC input current conversion factor = I_N(rms)/Vadc(rms)	uQ22.10	4	—	2,000.00	—	A_RMS/VADC_RMS
51	0x200880CC	K_VD	R/W	ADC input voltage conversion factor = V_D(rms)/Vadc(rms)	uQ22.10	4	—	4,000.00	—	V_RMS/VADC_RMS
52	0x200880D0	CAL_M_IA	R/W	Current magnitude calibration constant, I_A	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
53	0x200880D4	CAL_M_VA	R/W	Voltage magnitude calibration constant, V_A	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
54	0x200880D8	CAL_M_IB	R/W	Current magnitude calibration constant, I_B	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
55	0x200880DC	CAL_M_VB	R/W	Voltage magnitude calibration constant, V_B	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
56	0x200880E0	CAL_M_IC	R/W	Current magnitude calibration constant, I_C	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
57	0x200880E4	CAL_M_VC	R/W	Voltage magnitude calibration constant, V_C	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
58	0x200880E8	CAL_M_IN	R/W	Current magnitude calibration constant, I_N	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
59	0x200880EC	CAL_M_VD	R/W	Voltage magnitude calibration constant, V_D	sQ2.29	4	-4.0000	+3.9999	+1.0000	—
60	0x200880F0	CAL_PH_IA	R/W	Current phase calibration constant, I_A	sQ0.31	4	-1.000	+0.999	0	BAMS
61	0x200880F4	CAL_PH_VA	R/W	Voltage phase calibration constant, V_A	sQ0.31	4	-1.000	+0.999	0	BAMS
62	0x200880F8	CAL_PH_IB	R/W	Current phase calibration constant, I_B	sQ0.31	4	-1.000	+0.999	0	BAMS
63	0x200880FC	CAL_PH_VB	R/W	Voltage phase calibration constant, V_B	sQ0.31	4	-1.000	+0.999	0	BAMS
64	0x20088100	CAL_PH_IC	R/W	Current phase calibration constant, I_C	sQ0.31	4	-1.000	+0.999	0	BAMS
65	0x20088104	CAL_PH_VC	R/W	Voltage phase calibration constant, V_C	sQ0.31	4	-1.000	+0.999	0	BAMS
66	0x20088108	CAL_PH_IN	R/W	Current phase calibration constant, I_N	sQ0.31	4	-1.000	+0.999	0	BAMS
67	0x2008810C	RESERVED	—	—	—	4	—	—	—	—
68	0x20088110	CAPTURE_CTRL	R/W	Waveform capture control register	uQ32.0	4	—	—	—	integer
69	0x20088114	CAPTURE_BUFF_SIZE	R/W	Waveform capture buffer size	uQ32.0	4	1	8000000	—	integer
70	0x20088118	CAPTURE_ADDR	R/W	Waveform capture buffer address pointer	uQ32.0	`4`	—	—	—	pointer
71	0x2008811C	RESERVED	—	—	—	4	—	—	—	—
72	0x20088120	RESERVED	—	—	—	4	—	—	—	—
73	0x20088124	RESERVED	—	—	—	4	—	—	—	—
74	0x20088128	AFE_CTRL_0	R/W	AFE Control register 0	uQ32.0	4	—	—	—	integer
75	0x2008812C	RESERVED	—	—	—	4	—	—	—	—
76	0x20088130	RESERVED	—	—	—	4	—	—	—	—
77	0x20088134	RESERVED	—	—	—	4	—	—	—	—
78	0x20088138	POWER_OFFSET_P_A	R/W	Phase-A accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	W-samp scaled
79	0x2008813C	POWER_OFFSET_P_B	R/W	Phase-B accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	W-samp scaled
80	0x20088140	POWER_OFFSET_P_C	R/W	Phase-C accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	W-samp scaled
81	0x20088144	POWER_OFFSET_Q_A	R/W	Phase-A accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	VAR-samp scaled
82	0x20088148	POWER_OFFSET_Q_B	R/W	Phase-B accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	VAR-samp scaled
83	0x2008814C	POWER_OFFSET_Q_C	R/W	Phase-C accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.	sQ-9.40	4	-2.000	1.9999…	0.0	VAR-samp scaled

0

0x20088000

STATE_CTRL

R/W

Metrology State Control register

uQ32.0

4

—

integer

1

0x20088004

FEATURE_CTRL

R/W

Metrology Feature Setting register

uQ32.0

4

—

integer

2

0x20088008

AFE_SELECTION

R/W

AFE Selection register

uQ32.0

4

—

integer

3

0x2008800C

CHANNEL_MATRIX

R/W

Physical to logical channel assignment matrix

uQ32.0

4

—

integer

4

0x20088010

HARMONIC_CTRL

R/W

Harmonic Control register

uQ32.0

4

—

integer

5

0x20088014

METER_TYPE

R/W

Sensor Type and Service Type Settings register

uQ32.0

4

—

integer

6

0x20088018

M

R/W

Number of line cycles for integration period

uQ32.0

4

0

1980

0

integer

7

0x2008801C

N_MAX

R/W

Maximum number of samples in an integration period

uQ32.0

4

—

132000

4400

integer

8

0x20088020

PULSE0_CTRL

R/W

Pulse 0 control: enable/disable, polarity, quantity type selection

uQ32.0

4

—

integer

9

0x20088024

PULSE0_K_t

R/W

Pulse 0 Meter Constant register

uQ8.24

4

—

0.3125

Wh/imp, VArh/imp, Amp²h/imp, VAh/imp

10

0x20088028

PULSE1_CTRL

R/W

Pulse 1 control: enable/disable, polarity, quantity type selection

uQ32.0

4

—

integer

11

0x2008802C

PULSE1_K_t

R/W

Pulse 1 Meter Constant register

uQ8.24

4

—

0.3125

Wh/imp, VArh/imp, Amp²h/imp, VAh/imp

12

0x20088030

PULSE2_CTRL

R/W

Pulse 2 control: enable/disable, polarity, quantity type selection

uQ32.0

4

—

integer

13

0x20088034

PULSE2_K_t

R/W

Pulse 2 Meter Constant register

uQ8.24

4

—

0.3125

Wh/imp, VArh/imp, Amp²h/imp, VAh/imp

14

0x20088038

SYNTHESIZER_ADDR

R/W

Synthesizer Address

—

4

—

integer

15

0x2008803C

CREEP_THRESHOLD_P

R/W

Starting per-cycle total Active Energy for pulse and pulse accumulation

uQ2.30

4

—

Wh

16

0x20088040

CREEP_THRESHOLD_P_A

R/W

Starting per-cycle phase-A Active Energy. Affects accumulators (P_A, P_A_F, CYCLE_P_A, CYCLE_P_A_F) and pulse measurement

uQ12.20

4

—

mW scaled

17

0x20088044

CREEP_THRESHOLD_P_B

R/W

Starting per-cycle phase-B Active Energy. Affects accumulators (P_B, P_B_F, CYCLE_P_B, CYCLE_P_B_F) and pulse measurement.

uQ12.20

4

—

mW scaled

18

0x20088048

CREEP_THRESHOLD_P_C

R/W

Starting per-cycle phase-C Active Energy. Affects accumulators (P_C, P_C_F, CYCLE_P_C, CYCLE_P_C_F) and pulse measurement.

uQ12.20

4

—

mW scaled

19

0x2008804C

CREEP_THRESHOLD_Q

R/W

Starting per-cycle total Reactive Quadergy for pulse and pulse accumulation.

uQ2.30

4

—

VARh

20

0x20088050

CREEP_THRESHOLD_Q_A

R/W

Starting per-cycle phase-A Reactive Energy. Affects accumulators (Q_A, Q_A_F, CYCLE_Q_A, CYCLE_Q_A_F) and pulse measurement.

uQ12.20

4

—

mVAr scaled

21

0x20088054

CREEP_THRESHOLD_Q_B

R/W

Starting per-cycle phase-B Reactive Energy. Affects accumulators (Q_B, Q_B_F, CYCLE_Q_B, CYCLE_Q_B_F) and pulse measurement.

uQ12.20

4

—

mVAr scaled

22

0x20088058

CREEP_THRESHOLD_Q_C

R/W

Starting per-cycle phase-C Reactive Energy. Affects accumulators (Q_C, Q_C_F, CYCLE_Q_C, CYCLE_Q_C_F) and pulse measurement.

uQ12.20

4

—

mVAr scaled

23

0x2008805C

CREEP_THRESHOLD_I

R/W

Starting per-phase current for both Energy and Quadergy pulse and pulse accumulation.

uQ12.20

4

—

mArms scaled

24

0x20088060

CREEP_THRESHOLD_I_A

R/W

Starting phase-A current for both Energy and Quadergy. Affects accumulators (I_A, I_A_F, CYCLE_I_A, CYCLE_I_A_F) and pulse measurement.

uQ12.20

4

—

mArms scaled

25

0x20088064

CREEP_THRESHOLD_I_B

R/W

Starting phase-B current for both Energy and Quadergy. Affects accumulators (I_B, I_B_F, CYCLE_I_B, CYCLE_I_B_F) and pulse measurement.

uQ12.20

4

—

mArms scaled

26

0x20088068

CREEP_THRESHOLD_I_C

R/W

Starting phase-C current for both Energy and Quadergy. Affects accumulators (I_C, I_C_F, CYCLE_I_C, CYCLE_I_C_F) and pulse measurement.

uQ12.20

4

—

mArms scaled

27

0x2008806C

CREEP_THRESHOLD_S

R/W

Starting per-cycle total Apparent energy for pulse and pulse accumulation.

uQ2.30

4

—

VAh

28

0x20088070

POWER_OFFSET_CTRL

R/W

Power offset control

uQ32.0

4

—

integer

29

0x20088074

POWER_OFFSET_P

R/W

Pulse computation active power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.

sQ1.30

4

-2.000

1.9999…

0

Wh/cycle

30

0x20088078

POWER_OFFSET_Q

R/W

Pulse computation reactive power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.

sQ1.30

4

-2.000

1.9999…

0

VARh/cycle

31

0x2008807C

POWER_OFFSET_S

R/W

Pulse computation apparent power offset compensation used to eliminate voltage effects to small current (cross talk). Affects only pulse measurements.

sQ1.30

4

—

I²h/cycle

32

0x20088080

SWELL_THRESHOLD_VA

R/W

Voltage swell threshold for each half cycle of phase-A voltage.

uQ0.32

4

0

0.9999…

—

33

0x20088084

SWELL_THRESHOLD_VB

R/W

Voltage swell threshold for each half cycle of phase-B voltage.

uQ0.32

4

0

0.9999…

—

34

0x20088088

SWELL_THRESHOLD_VC

R/W

Voltage swell threshold for each half cycle of phase-C voltage.

uQ0.32

4

0

0.9999…

—

35

0x2008808C

SAG_THRESHOLD_VA

R/W

Voltage sag threshold for each half cycle of phase-A voltage.

uQ0.32

4

0

0.9999…

—

36

0x20088090

SAG_THRESHOLD_VB

R/W

Voltage sag threshold for each half cycle of phase-B voltage.

uQ0.32

4

0

0.9999…

—

37

0x20088094

SAG_THRESHOLD_VC

R/W

Voltage sag threshold for each half cycle of phase-C voltage.

uQ0.32

4

0

0.9999…

—

38

0x20088098

INTERRUPT_THRESHOLD_VA

R/W

Interrupt threshold for each half cycle of phase-A voltage.

uQ0.32

4

0

0.9999…

—

39

0x2008809C

INTERRUPT_THRESHOLD_VB

R/W

Interrupt threshold for each half cycle of phase-B voltage.

uQ0.32

4

0

0.9999…

—

40

0x200880A0

INTERRUPT_THRESHOLD_VC

R/W

Interrupt threshold for each half cycle of phase-C voltage.

uQ0.32

4

0

0.9999…

—

41

0x200880A4

RESERVED

R/W

—

4

—

42

0x200880A8

RESERVED

R/W

—

4

—

43

0x200880AC

RESERVED

R/W

—

4

—

44

0x200880B0

K_IA

R/W

ADC input current conversion factor = I_A(rms)/Vadc(rms)

uQ22.10

4

—

2,000.00

—

A_RMS/VADC_RMS

45

0x200880B4

K_VA

R/W

ADC input voltage conversion factor = V_A(rms)/Vadc(rms)

uQ22.10

4

—

4,000.00

—

V_RMS/VADC_RMS

46

0x200880B8

K_IB

R/W

ADC input current conversion factor = I_B(rms)/Vadc(rms)

uQ22.10

4

—

2,000.00

—

A_RMS/VADC_RMS

47

0x200880BC

K_VB

R/W

ADC input voltage conversion factor = V_B(rms)/Vadc(rms)

uQ22.10

4

—

4,000.00

—

V_RMS/VADC_RMS

48

0x200880C0

K_IC

R/W

ADC input current conversion factor = I_C(rms)/Vadc(rms)

uQ22.10

4

—

2,000.00

—

A_RMS/VADC_RMS

49

0x200880C4

K_VC

R/W

ADC input voltage conversion factor = V_C(rms)/Vadc(rms)

uQ22.10

4

—

4,000.00

—

V_RMS/VADC_RMS

50

0x200880C8

K_IN

R/W

ADC input current conversion factor = I_N(rms)/Vadc(rms)

uQ22.10

4

—

2,000.00

—

A_RMS/VADC_RMS

51

0x200880CC

K_VD

R/W

ADC input voltage conversion factor = V_D(rms)/Vadc(rms)

uQ22.10

4

—

4,000.00

—

V_RMS/VADC_RMS

52

0x200880D0

CAL_M_IA

R/W

Current magnitude calibration constant, I_A

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

53

0x200880D4

CAL_M_VA

R/W

Voltage magnitude calibration constant, V_A

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

54

0x200880D8

CAL_M_IB

R/W

Current magnitude calibration constant, I_B

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

55

0x200880DC

CAL_M_VB

R/W

Voltage magnitude calibration constant, V_B

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

56

0x200880E0

CAL_M_IC

R/W

Current magnitude calibration constant, I_C

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

57

0x200880E4

CAL_M_VC

R/W

Voltage magnitude calibration constant, V_C

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

58

0x200880E8

CAL_M_IN

R/W

Current magnitude calibration constant, I_N

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

59

0x200880EC

CAL_M_VD

R/W

Voltage magnitude calibration constant, V_D

sQ2.29

4

-4.0000

+3.9999

+1.0000

—

60

0x200880F0

CAL_PH_IA

R/W

Current phase calibration constant, I_A

sQ0.31

4

-1.000

+0.999

0

BAMS

61

0x200880F4

CAL_PH_VA

R/W

Voltage phase calibration constant, V_A

sQ0.31

4

-1.000

+0.999

0

BAMS

62

0x200880F8

CAL_PH_IB

R/W

Current phase calibration constant, I_B

sQ0.31

4

-1.000

+0.999

0

BAMS

63

0x200880FC

CAL_PH_VB

R/W

Voltage phase calibration constant, V_B

sQ0.31

4

-1.000

+0.999

0

BAMS

64

0x20088100

CAL_PH_IC

R/W

Current phase calibration constant, I_C

sQ0.31

4

-1.000

+0.999

0

BAMS

65

0x20088104

CAL_PH_VC

R/W

Voltage phase calibration constant, V_C

sQ0.31

4

-1.000

+0.999

0

BAMS

66

0x20088108

CAL_PH_IN

R/W

Current phase calibration constant, I_N

sQ0.31

4

-1.000

+0.999

0

BAMS

67

0x2008810C

RESERVED

—

4

—

68

0x20088110

CAPTURE_CTRL

R/W

Waveform capture control register

uQ32.0

4

—

integer

69

0x20088114

CAPTURE_BUFF_SIZE

R/W

Waveform capture buffer size

uQ32.0

4

1

8000000

—

integer

70

0x20088118

CAPTURE_ADDR

R/W

Waveform capture buffer address pointer

uQ32.0

4

—

pointer

71

0x2008811C

RESERVED

—

4

—

72

0x20088120

RESERVED

—

4

—

73

0x20088124

RESERVED

—

4

—

74

0x20088128

AFE_CTRL_0

R/W

AFE Control register 0

uQ32.0

4

—

integer

75

0x2008812C

RESERVED

—

4

—

76

0x20088130

RESERVED

—

4

—

77

0x20088134

RESERVED

—

4

—

78

0x20088138

POWER_OFFSET_P_A

R/W

Phase-A accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

W-samp scaled

79

0x2008813C

POWER_OFFSET_P_B

R/W

Phase-B accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

W-samp scaled

80

0x20088140

POWER_OFFSET_P_C

R/W

Phase-C accumulation active power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

W-samp scaled

81

0x20088144

POWER_OFFSET_Q_A

R/W

Phase-A accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

VAR-samp scaled

82

0x20088148

POWER_OFFSET_Q_B

R/W

Phase-B accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

VAR-samp scaled

83

0x2008814C

POWER_OFFSET_Q_C

R/W

Phase-C accumulation reactive power offset compensation used to eliminate voltage effects at small current (cross talk). Affects accumulator and pulse measurement.

sQ-9.40

4

-2.000

1.9999…

0.0

VAR-samp scaled