#no spaces, please, a =c after the value refers to a calibrated value
#!=hw_version=0x11010160
H=version=6		//Version of the configuration structure.
H=dSMC_DAC1a=0x7000	//Offset value defining the start of the first downstream pulse.
H=dSMC_DAC2a=0x5000	//Offset value defining the start of the second downstream pulse.
H=dSMC_OFFSET=0x9500=c	//Current offset for the dSMC.
H=dSMC_clock=(4 << 8)	//Clock setting for the dSMC.
H=mains_offset=0x4100	//Mains voltage offset.
B=dSMC_BITD=0xBB	//Register BITD im dSMC.
B=dSMC_BLANK1=0x00	//Register BLANK1 im dSMC.
B=dSMC_BLANK2=0x00	//Register BLANK2 im dSMC.
B=dSMC_BCRS=0x00	//Register BCRS im dSMC.
B=dSMC_PRGR=0x66	//Register PRGR im dSMC.
B=dSMC_TESTMUX=0x80	//Register TESTMUX im dSMC.
2H=upstream_start_gaps=(1.440e-3 + -140e-6) * 64 / 384e-6 + .5=(1.440e-3 + -150e-6) * 64 / 384e-6 + .5	//Number of samples pause before start of front sampling window. Due to offset of POL signal two values for positive and negative halfwaves.
H=upstream_between_gap=(7.008e-3 - 1.440e-3)*64/384e-6 - (64*5+64*1/2+18+4+4)/4*4 - 9//Number of samples pause between the front and back sampling windows.
B=upstream_carrier_threshold=0x1 //Carrier detection threshold.
B=downstream_mode=0		 //Downstream modulation mode (#downstream_mode_enum).
B=downstream_single_bit_shape=1	 //Shape of single bits in downstream_mode_[2|3]bit.
B=upstream_noise_floor=0x12	 //the noise average used for carrier detection will never drop below that value expressed as a power of two.
I=power_calibration_high=8=c	 //Calibration value for the high power calculation. round(real_value / measured_value * 2^18).
I=power_calibration_low=1=c	 //Calibration value for the low power calculation. round(real_value / measured_value * 2^21)
H=power_voltage_offset=0=c	 //Offset of the voltage measurement.
H=power_current_offset_high=0=c	 //Offset of the high current measurement.
H=power_current_offset_low=1500=c	 //Offset of the low current measurement.
H=temperature_offset=621	 //Offset of the temperature measurement.
H=downstream_debug=0x0		 //Iff != 0: Continuously send content downstream.
H=trigger_MODI=1.0 / 3.5 * (1 << 12) + 0.5   //Trigger level for the MODI check.
