UG_6612_ 017 6612_OMU_S2+2_URT_V1_14 Firmware Description Document
Rev. 1.0 43
MPU
Parameter
Location
(hex)
LSB Default Comment Example
Max Iteration
for Voltage
C8 1 +10
Number of attempts to reach the
target value (Calibration Voltage
entry) within the programmed
tolerance.
If maximum number of
iterations to be tried for
obtaining the target value of
voltage within the set
tolerance (at C4) is to be
reduced to 5, then enter:
>)C8=+5<CR>
Max Iteration
for Current
C9 1 +10
Number of attempts to reach the
target value (Calibration Voltage
entry) within the programmed
tolerance.
If maximum number of
iterations to be tried for
obtaining the target value of
power within the set
tolerance (at C5) is to be
reduced to 5, then enter:
>)C9=+5<CR>
Tolerance on
Watts
CA mW +0.010
Measured value to fall within this
set tolerance of the target value
(Calibration Voltage multiplied by
the calibration current entries) for
the calibration to be complete.
If the tolerance to the target
power is desired to be more
coarse, to within 0.1W, the
user can enter the
following:
>)CA=+0.100<CR>
Average
Count for
Watts
CB 1 +3
Measured value to fall within this
set tolerance of the target value
(Calibration Voltage multiplied by
the calibration current entries) for
the calibration to be complete.
If the amount of averaging
for the power measurement
is desired to increase to 10
enter the following:
>)CB=+10<CR>
Max Iteration
for Watts
CC 1 +10
Number of attempts to reach the
target value (Calibration Voltage
multiplied by the calibration
current entries) within the
programmed tolerance.
If maximum number of
iterations to be tried for
obtaining the target value of
power within the set
tolerance (at CA) is to be
reduced to 5, then enter:
>)CC=+5<CR>
Calibration
WRATE
CD 1 +20732
Entry for WRATE during the
calibration step only. After
calibration, WRATE returns to the
value entered in ]0F.
Calibration
Temperature
CE
0.1°C
+22.0
Target nominal temperature for
calibration.
If the user desires the
target nominal temperature
to be 25°C, then set as
follows:
>)CE=+25.0<CR>
Calibration
Watts
CF mW 120.000 Target Watts used for calibration.
If the target Watts for
calibration is 240, enter the
following:
>)CF=+240.000<CR>
Temp Alarm
Min Threshold
D0 0.1°C +0.0°C
Minimum Temperature Alarm
Threshold. A temperature below
this threshold will set the alarm
(bit 0 of the Alarm Status
Register).
If the minimum temperature
threshold is to be change to
10°C then set as follows:
>)D0=+10.0
6612_OMU_S2+2_URT_V1_14 Firmware Description Document UG_6612_017
44 Rev. 1.0
MPU
Parameter
Location
(hex)
LSB Default Comment Example
Temp Alarm
Max
Threshold
D1 0.1°C +70°C
Maximum Temperature Alarm
Threshold. A temperature above
this threshold will set the alarm
(bit 1 of the Alarm Status
Register).
If the maximum
temperature threshold is to
be change to 50°C then set
as follows:
>)D1=+50.0
Frequency
Minimum
Threshold
D2 0.01Hz +59.00
Minimum Frequency Alarm
Threshold. A frequency below
this threshold will set the alarm
(bit 2 of the Alarm Status
Register).
If the minimum frequency
threshold is to be changed
to 59.50 Hz then enter the
following:
>)D2=+59.50
Frequency
Maximum
Threshold
D3 0.01Hz +61.00
Maximum Frequency Alarm
Threshold. A frequency above
this threshold will set the alarm
(bit 3 of the Alarm Status
Register).
If the maximum frequency
threshold is to be changed
to 60.50 Hz then enter the
following:
>)D2=+60.50
SAG Voltage
Alarm
Threshold
D4 mVpk +80.0
Sets an alarm (bit 4 of the Alarm
Status Register) if voltage drops
below the SAG threshold.
Min Voltage
Alarm
Threshold
D5 mVrms +100.000
Minimum voltage level selected to
flag user (bit 5 of the Alarm Status
Register).
To change the minimum
voltage threshold from the
40 Volt default to 80 Volts:
)D5=+80.000<CR>
Peak Voltage
Alarm
Threshold
D6 mVrms +140.000
Peak voltage setting that user
wishes to flag (bit 6 of the Alarm
Status Register).
To change the peak voltage
threshold from the default
407.3 Volts to 280 Volts:
)D6=+280.000<CR>
Unused D7
Peak IA_nb
Alarm
Threshold
D8 mArms +15.000
Maximum Narrowband Current
measured on the IA channel
above which a flag must set (bit 7
of the Alarm Status Register).
If the peak narrowband
current threshold on Outlet
1 is to be changed from the
default value of 15 Amps to
30 Amps then set as
follows:
)D8=+30.000<CR>
Peak IA_wb
Alarm
Threshold
D9 mArms +15.000
Maximum Wideband Current
measured on the IA channel
above which a flag must set (bit 8
of the Alarm Status Register).
If the peak wideband
current threshold on Outlet
1 is to be changed from the
default value of 15 Amps to
30 Amps then set as
follows:
)D9=+30.000<CR>
PFA_nb_Neg
Threshold
DA -0.700
Narrowband Power Factor
Negative Threshold for Outlet 1.
A less negative narrowband
power factor than this threshold
will set an alarm (bit 9 of the
Alarm Status Register). Only
available if )F2 bit 2 is set to 1.
If the negative narrowband
power factor threshold on
Outlet 1 is to be changed
from the default to -0.6 then
set as follows:
)DA=-0.600<CR>
UG_6612_ 017 6612_OMU_S2+2_URT_V1_14 Firmware Description Document
Rev. 1.0 45
MPU
Parameter
Location
(hex)
LSB Default Comment Example
PFA_nb_Pos
Threshold
DB +0.700
Narrowband Power Factor
Positive Threshold for Outlet 1. A
narrowband power factor less
than this threshold will set an
alarm (bit 10 of the Alarm Status
Register).
If the positive narrowband
power factor threshold on
Outlet 1 is to be changed
from the default to +0.600
then set as follows:
)DB=+0.600<CR>
PFA_wb_Neg
Threshold
DC -0.700
Wideband Power Factor Negative
Threshold for Outlet 1. A less
negative wideband power factor
than this threshold will set an
alarm (bit 11 of the Alarm Status
Register). Only available if )F2 bit
2 is set to 1.
If the negative wideband
power factor threshold on
Outlet 1 is to be changed
from the default to -0.6 then
set as follows:
)DC=-0.600<CR>
PFA_wb_Pos
Threshold
DD +0.700
Wideband Power Factor Positive
Threshold for Outlet 1. A positive
wideband power factor less than
this threshold will set an alarm (bit
12 of the Alarm Status Register).
If the positive wideband
power factor threshold on
Outlet 1 is to be changed
from the default to +0.6
then set as follows:
)DD=+0.600<CR>
Peak IB_nb
Alarm
Threshold
DE mArms +15.000
Maximum Narrowband Current
measured on the IB channel
above which a flag must set (bit
13 of the Alarm Status Register).
If the peak narrowband
current threshold on Outlet
2 is to be changed from the
default value of 15 Amps to
30 Amps then set as
follows:
)DE=+30.000<CR>
Peak IB_wb
Alarm
Threshold
DF mArms +15.000
Maximum Wideband Current
measured on the IB channel
above which a flag must set (bit
14 of the Alarm Status Register).
If the peak wideband
current threshold on Outlet
2 is to be changed from the
default value of 15 Amps to
30 Amps then set as
follows:
)DF=+30.000<CR>
PFB_nb_Neg
Threshold
E0 -0.700
Narrowband Power Factor
Negative Threshold for Outlet 2.
A less negative narrowband
power factor than this threshold
will set an alarm (bit 15 of the
Alarm Status Register). Only
available if )F2 bit 2 is set to 1.
If the negative narrowband
power factor threshold on
Outlet 2 is to be changed
from the default to -0.6 then
set as follows:
)E0=-0.600<CR>
PFB_nb_Pos
Threshold
E1
+0.700
Narrowband Power Factor
Positive Threshold for Outlet 2. A
narrowband power factor less
than this threshold will set an
alarm (bit 16 of the Alarm Status
Register).
If the positive narrowband
power factor threshold on
Outlet 2 is to be changed
from the default to +0.600
then set as follows:
)E1=+0.600<CR>

78M6612-DB/OMU-USB

Mfr. #:
Manufacturer:
Maxim Integrated
Description:
Power Management IC Development Tools Omu Demo Kit
Lifecycle:
New from this manufacturer.
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