const dut   = 127;
reset dut

// increase power ONLY FOR THE TEST, otherwise don't use this part !!!
const hipower = 0;
write NIODE,  hipower;
write NIOCE,  hipower;
write NIIDE,  hipower;
write NIICE,  hipower;
write ADCEN,  hipower;
write FILCLK,  hipower;
// end

nop

// *****************************
//< configuration for the SADC >
// *****************************

// slow control ADC auto zero
write dut, SADCAZ, 1

// SADC power
write dut, SADCPWR, 7; // 0..7
// SADC meas cycles
write dut, SADCMC, 10
// SADC offset meas cycles
write dut, SADCOC, 1
// SADC gain table
// ch 7 6 5 4 3 2 1 0, > 7 means bypass
// here is the best setting to measure T and 1.8Va, 1.8Vd, 3.3V
write dut, SADCGTB, 0x87788722
expect dut, SADCGTB, 0x87788722
// gain 2 = attenuation factor 0.6
// gain 7 = attenuation factor 0.23

// prepare to control manually the mux and the ADC
write SADCEC, 0x42;

// *****************************
// end of the configuration
// *****************************



restrict 0

//write SADCRUN, 1
// This part demonstrates how to measure the three voltages.

write SADCEC, 0
write SADCTRG, 0
write SADCRUN, 0

restrict 0

write SADCTRG, 1
// read 1.8V digital
// now reading the results of the before last trigger!
// if no measurement was started before, just ignore these values!
read dut, 0x3168
// read 1.8V analog
read dut, 0x3169
// read 3.3V
read dut, 0x316A
// start again
write SADCTRG, 0
// read 1.8V digital
read dut, 0x3168
// read 1.8V analog
read dut, 0x3169
// read 3.3V
read dut, 0x316A


restrict 1

// prepare to control manually the mux and the ADC
write SADCEC, 0x46;

adcch=0;

include ./SRC/sadc_meas.tcs

adcch=1;

include ./SRC/sadc_meas.tcs

adcch=2;

include ./SRC/sadc_meas.tcs

adcch=4;

include ./SRC/sadc_meas.tcs