Difference between revisions of "Gen4 Passive Component Setup"

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(AC Current Transformers)
(Vref = 3.3V)
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Vref = 4.096V
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=Vref = 4.096V=
  
 
==AC Current Transformers==
 
==AC Current Transformers==
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=AC Voltage=
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==AC Voltage==
  
==Ideal Power==
 
 
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=Vref = 3.3V=
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{| class="wikitable"
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|-
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!Sensor
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!Range<br> (Rms Volts)
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!Burden Resistor<br> Rb (Ω)
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!Dividing Resistor<br> (Ω)
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!Gain Resistor<br> Rg (Ω)
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!Calibration Coefficient<br> (theoretical)
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|-
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| '''Any Ideal Power'''
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| '''ZMPT101B <br> 160kΩ in 100Ω out'''
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| 280V
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| No
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| 0 Ω
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| 22K
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| 284.37 (exp)
 
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Revision as of 14:34, 10 February 2020


Vref = 4.096V

AC Current Transformers

Sensor Range
(Rms Amps)
Burden Resistor
Rb (Ω)
Dividing Resistor
(Ω)
Gain Resistor
Rg (Ω)
Calibration Coefficient
(theoretical)
SCT-019-000 200 10 0
SCT-013-000 100 10 0 53.6 kΩ 69.8
60 10 0
50 10 0
30 10 0
25 10 0
20 10 0
SCT-006-000 20 10 0 22k 14.43
SCT-024 400:5 400 0.24 0 No 80
SCT-013-030 30 62 (internal) 0 200k 20

AC Voltage

Sensor Range
(Rms Volts)
Burden Resistor
Rb (Ω)
Dividing Resistor
(Ω)
Gain Resistor
Rg (Ω)
Calibration Coefficient
(theoretical)
Any Ideal Power 33 kΩ 470 kΩ No 322.5 (experimental)
ZMPT101B
160kΩ in 100Ω out
No 0 Ω

Vref = 3.3V

Sensor Range
(Rms Volts)
Burden Resistor
Rb (Ω)
Dividing Resistor
(Ω)
Gain Resistor
Rg (Ω)
Calibration Coefficient
(theoretical)
Any Ideal Power
ZMPT101B
160kΩ in 100Ω out
280V No 0 Ω 22K 284.37 (exp)