ADE9178 datasheet(103/122 Pages) AD

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Data Sheet

ADE9178

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Rev. A | 103 of 122

Table 34. ADE9178 Register Details (Continued)

Addr

Name

Bits

Bit Name

Settings

Description

Reset

Access

AVSWELLHALF

Phase A Voltage Swell

Condition Detected. This bit is

set when the phase A voltage

is in the swell condition and

is zero when it is not in a

swell condition, as calculated

by RMSHALF.

0x0

R/W1C

AUX5DIPHALF

Auxiliary 5 Channel Dip

Condition Detected. This bit is

set when the AUX5 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

AUX4DIPHALF

Auxiliary 4 Channel Dip

Condition Detected. This bit is

set when the AUX4 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

AUX3DIPHALF

Auxiliary 3 Channel Dip

Condition Detected. This bit is

set when the AUX3 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

AUX2DIPHALF

Auxiliary 2 Channel Dip

Condition Detected. This bit is

set when the AUX2 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

AUX1DIPHALF

Auxiliary 1 Channel Dip

Condition Detected. This bit is

set when the AUX1 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

AUX0DIPHALF

Auxiliary 0 Channel Dip

Condition Detected. This bit is

set when the AUX0 channel is

in the dip condition and is zero

when it is not in a dip condition,

as calculated by RMSHALF.

0x0

R/W1C

CIDIPHALF

Phase C Current Dip Condition

Detected. This bit is set when

the phase C current is in the

dip condition and is zero when

it is not in a dip condition, as

calculated by RMSHALF.

0x0

R/W1C

CVDIPHALF

Phase C Voltage Dip Condition

Detected. This bit is set when

the phase C voltage is in the

dip condition and is zero when

it is not in a dip condition, as

calculated by RMSHALF.

0x0

R/W1C

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