Values.h

#ifndef ADE9153AAPI_h
#define ADE9153AAPI_h

#include "Arduino.h"
#include "ADE9153A.h"

/**************************************************************************
  Definitions
 **************************************************************************/
/* Configuration Registers */
#define ADE9153A_AI_PGAGAIN 0x000A		/*Signal on IAN, current channel gain=16x*/
#define ADE9153A_CONFIG0 0x00000000		/*Datapath settings at default*/
#define ADE9153A_CONFIG1 0x0300			/*Chip settings at default*/
#define ADE9153A_CONFIG2 0x0C00			/*High-pass filter corner, fc=0.625Hz*/
#define ADE9153A_CONFIG3 0x0000			/*Peak and overcurrent settings, CONFIG3 bit0 Set to enable Overcurrent detection*/
#define ADE9153A_ACCMODE 0x0000			/*Energy accumulation modes, Bit 4, 0 for 50Hz, 1 for 60Hz*/

#define ADE9153A_VLEVEL 0x0022EA28		/*Assuming Vnom=1/2 of fullscale*/
#define ADE9153A_ZX_CFG 0x0000			/*ZX low-pass filter select*/
#define ADE9153A_MASK 0x00000100		/*Enable EGYRDY interrupt*/

#define ADE9153A_ACT_NL_LVL 0x000033C8
#define ADE9153A_REACT_NL_LVL 0x000033C8
#define ADE9153A_APP_NL_LVL 0x000033C8

/* Constant Definitions */
#define ADE9153A_RUN_ON 0x0001			/*DSP On*/
#define ADE9153A_COMPMODE 0x0005		/*Initialize for proper operation*/

#define ADE9153A_VDIV_RSMALL 0x03E8		/*Small resistor on board is 1kOhm=0x3E8*/

/* Energy Accumulation Settings */
#define ADE9153A_EP_CFG 0x0009			/*Energy accumulation configuration*/
#define ADE9153A_EGY_TIME 0x0F9F		/*Accumulate energy for 4000 samples*/

/* Temperature Sensor Settings */
#define ADE9153A_TEMP_CFG 0x000C		/*Temperature sensor configuration*/

/* Ideal Calibration Values for ADE9153A Shield Based on Sensor Values */
#define CAL_IRMS_CC		1.197414	// (uA/code)
#define CAL_VRMS_CC		13.37014	// (uV/code)	
#define CAL_POWER_CC 	1601.034	// (uW/code) Applicable for Active, reactive and apparent power
#define CAL_ENERGY_CC	0.910811	// (uWhr/xTHR_HI code)Applicable for Active, reactive and apparent energy