ADE1201 datasheet(32/40 Pages) AD

32 / 40 page

ADE1201

Data Sheet

Rev. 0 | Page 32 of 40

BINARY CHANNEL CONTROL REGISTER

Address: 0x002, Reset: 0x3610, Name: BIN_CTRL

Binary channel and warning controls for decimation and filter modes.

Table 20. Bit Descriptions for BIN_CTRL

Bits

Bit Name

Description

Reset

Access

RESERVED

Reserved.

0x0

LOAD_STANDBY_MODE

Load Standby Mode. In load standby mode the binary channel monitors the load

standby current instead of the ADC voltage values.

0x0

R/W

[13:12]

WARNC_MODE

Comparator Mode.

0x3

R/W

0: hysteretic mode. When the ADC output is greater than the high threshold level

of the comparator, the output is set high. The output is set low when the ADC

output drops below the low threshold level.

1: midrange mode. When the ADC output is less than the high threshold level and

greater than the low threshold level, the comparator output is set high.

10: GT. When the ADC output is greater than the high threshold level, the

comparator output is set high.

11: LT mode. When the ADC output is lower than or equal to the high threshold

level, the comparator output is set high.

[11:10]

WARNB_MODE

Comparator Mode.

0x1

R/W

0: hysteretic mode. When the ADC output is greater than the high threshold level

of the comparator, the output is set high. The output is set low when the ADC

output drops below the low threshold level.

1: midrange mode. When the ADC output is less than the high threshold level and

greater than the low threshold level, the comparator output is set high.

10: GT mode. When the ADC output is greater than the high threshold level, the

comparator output is set high.

11: LT mode. When the ADC output is lower than or equal to the high threshold

level, the comparator output is set high.

[9:8]

WARNA_MODE

Comparator Mode.

0x2

R/W

0: hysteretic mode. When the ADC output is greater than the high threshold level

of the comparator, the output is set high. The output is set low when the ADC

output drops below the low threshold level.

1: midrange mode. When the ADC output is less than the high threshold level and

greater than the low threshold level, the comparator output is set high.

10: GT mode. When the ADC output is greater than the high threshold level, the

comparator output is set high.

11: LT mode. When the ADC output is lower than or equal to the high threshold

level, the comparator output is set high.

[7:6]

BIN_MODE

Comparator Mode.

0x0

R/W

0: hysteretic mode. When the ADC output is greater than the high threshold level

of the comparator, the output is set high. The output is set low when the ADC

output drops below the low threshold level.

1: midrange mode. When the ADC output is less than the high threshold level and

greater than the low threshold level, the comparator output is set high.

10: GT mode. When the ADC output is greater than the high threshold level, the

comparator output is set high.

11: LT mode. When the ADC output is lower than or equal to the high threshold

level, the comparator output is set high.

[5:4]

INVALID_MODE

Invalid Mode. This bit field selects the value driven onto DOUT1 in invalid mode.

0x1

R/W

00: DOUT1 equals the FORCEVAL bit value.

01: DOUT1 equals the binary filter output.

10: DOUT1 toggles value on entering invalid mode.

11: DOUT1 holds current value.

FORCEVAL

DOUT1 Value During Invalid Mode.

0x0

R/W

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