
Meter Proving Module
45
TT
TT
T
able 3-7 Meterable 3-7 Meter
able 3-7 Meterable 3-7 Meter
able 3-7 Meter
-pr-pr
-pr-pr
-pr
oving Status oving Status
oving Status oving Status
oving Status
WW
WW
W
ord (3X+9 Bank 2 and 3)ord (3X+9 Bank 2 and 3)
ord (3X+9 Bank 2 and 3)ord (3X+9 Bank 2 and 3)
ord (3X+9 Bank 2 and 3)
FunctionFunction
FunctionFunction
Function
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
11
11
1
11
11
1
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
Chan 1 Waiting for first gate pulse 0 0 0
First gate pulse occurred. 0 0 1
Second gate pulse occurred. 0 1 0
Third gate pulse occurred. 0 1 1
Fourth gate pulse occurred. 1 0 0
Chan 2 Waiting for first gate pulse 0 0 0
First gate pulse occurred. 0 0 1
Second gate pulse occurred. 0 1 0
Third gate pulse occurred. 0 1 1
Fourth gate pulse occurred. 1 0 0
Chan 3 Waiting for first gate pulse 0 0 0
First gate pulse occurred. 001
Second gate pulse occurred. 010
Third gate pulse occurred. 0 1 1
Fourth gate pulse occurred. 1 0 0
Chan 4 Waiting for first gate pulse 000
First gate pulse occurred. 0 0 1
Second gate pulse occurred. 0 1 0
Third gate pulse occurred. 0 1 1
Fourth gate pulse occurred. 1 0 0
Not Used x x x x
The module will report which gate pulse has occurred most recently and display them as a 3X status register report.
TT
TT
T
able 3-8 Common Mode Errable 3-8 Common Mode Err
able 3-8 Common Mode Errable 3-8 Common Mode Err
able 3-8 Common Mode Err
oror
oror
or
Count (3X+10 Banks 2 and 3) Count (3X+10 Banks 2 and 3)
Count (3X+10 Banks 2 and 3) Count (3X+10 Banks 2 and 3)
Count (3X+10 Banks 2 and 3)
ChannelChannel
ChannelChannel
Channel
FunctionFunction
FunctionFunction
Function
11
11
1
22
22
2
33
33
3
44
44
4
55
55
5
66
66
6
77
77
7
88
88
8
99
99
9
1010
1010
10
11
11
1
11
11
1
1212
1212
12
1313
1313
13
1414
1414
14
1515
1515
15
1616
1616
16
1 & 2 Common Mode Error Count xx x x x x x x
3 & 4 Common Mode Error Count xxxxxxxx
Table 3-8 Common Mode Error Count shows the common mode error count. An 8-bit counter
is used to count common mode errors. These errors are caused when in pulse fidelity, both input
signals transition at the same time. The quantity of errors is counted and displayed in the 3X+10
register in banks 2 and 3.
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