X20 system modules • Analog input modules • X20AP31x1
X20 system User's Manual 3.10
327
ADC_REG_THD_ANGLE
typedef struct ADC_REG_THD_ANGLE ADC_REG_THD_ANGLE;
struct ADC_REG_THD_ANGLE
{
// THD+N, Frequency, Angle and Temperature Registers
unsigned short THDNUA; // phase A voltage THD+N
unsigned short THDNUB; // phase B voltage THD+N
unsigned short THDNUC; // phase C voltage THD+N
unsigned short THDNIA; // phase A current THD+N
unsigned short THDNIB; // phase B current THD+N
unsigned short THDNIC; // phase C current THD+N
unsigned short Freq; // Frequency
signed short PAngleA; // phase A mean phase angle
signed short PAngleB; // phase B mean phase angle
signed short PAngleC; // phase C mean phase angle
signed short Temp; // Measured temperature
signed short UangleA; // phase A voltage phase angle
signed short UangleB; // phase B voltage phase angle
signed short UangleC; // phase C voltage phase angle
};
ADC_REG_ENERGY
typedef struct ADC_REG_ENERGY ADC_REG_ENERGY;
struct ADC_REG_ENERGY
{
unsigned long APenergyT; // Total Forward Active Energy
unsigned long APenergyA; // Phase A Forward Active Energy
unsigned long APenergyB; // Phase B Forward Active Energy
unsigned long APenergyC; // Phase C Forward Active Energy
unsigned long ANenergyT; // Total Reverse Active Energy
unsigned long ANenergyA; // Phase A Reverse Active Energy
unsigned long ANenergyB; // Phase B Reverse Active Energy
unsigned long ANenergyC; // Phase C Reverse Active Energy
unsigned long RPenergyT; // Total Forward Reactive Energy
unsigned long RPenergyA; // Phase A Forward Reactive Energy
unsigned long RPenergyB; // Phase B Forward Reactive Energy
unsigned long RPenergyC; // Phase C Forward Reactive Energy
unsigned long RNenergyT; // Total Reverse Reactive Energy
unsigned long RNenergyA; // Phase A Reverse Reactive Energy
unsigned long RNenergyB; // Phase B Reverse Reactive Energy
unsigned long RNenergyC; // Phase C Reverse Reactive Energy
unsigned long SAenergyT; // (Arithmetic Sum) Total Apparent Energy
unsigned long SenergyA; // Phase A Apparent Energy
unsigned long SenergyB; // Phase B Apparent Energy
unsigned long SenergyC; // Phase C Apparent Energy
unsigned long SVenergyT; // (Vector Sum) Total Apparent Energy
// Fundamental / Harmonic Energy Register
unsigned long APenergyTF; // Total Forward Active Fundamental Energy
unsigned long APenergyAF; // Phase A Forward Active Fundamental Energy
unsigned long APenergyBF; // Phase B Forward Active Fundamental Energy
unsigned long APenergyCF; // Phase C Forward Active Fundamental Energy
unsigned long ANenergyTF; // Total Reverse Active Fundamental Energy
unsigned long ANenergyAF; // Phase A Reverse Active Fundamental Energy
unsigned long ANenergyBF; // Phase B Reverse Active Fundamental Energy
unsigned long ANenergyCF; // Phase C Reverse Active Fundamental Energy
unsigned long APenergyTH; // Total Forward Active Harmonic Energy
unsigned long APenergyAH; // Phase A Forward Active Harmonic Energy
unsigned long APenergyBH; // Phase B Forward Active Harmonic Energy
unsigned long APenergyCH; // Phase C Forward Active Harmonic Energy
unsigned long ANenergyTH; // Total Reverse Active Harmonic Energy
unsigned long ANenergyAH; // Phase A Reverse Active Harmonic Energy
unsigned long ANenergyBH; // Phase B Reverse Active Harmonic Energy
unsigned long ANenergyCH; // Phase C Reverse Active Harmonic Energy
signed long AEnergyT; // Total Active Energy
signed long REnergyT; // Total Reactive Energy
};
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