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You can use a PICKIT2 programmer. For coding you can use mikroC for PIC. PICKIT2 is not recommended for new designs but this is more user-friendly than other programmers.
https://www.pcbway.com/project/shareproject/PICkit2_programmer_11e21eed.html
Review the Tessent ATPG diagnostic logs. Trace the signal path leading to the MISR to locate the source of the X-propagation (e.g., uninitialized memory elements, floating nets, or black boxes).
Open the file mentioned in the error (SmicSPM10RR12R_cal018_mixRF_sali_p1mtx_1833.lvs_XRC) at line 270. Look for the lenpoly expression and verify if it’s a valid numerical value or expression.
The following links may help you to troubleshoot your code:
https://github.com/Ribster/STM32-Projects/blob/master/std%20library/stm32f030%20dev/ECS0023%20-%20STM32F0%20-%20ADC%20example%20STM32F030F4%20_stdlib/Release/ECS0023%20-%20STM32F0%20-%20ADC%20example%20STM32F030F4%20_stdlib.elf...
For a more realistic simulation, use an accurate varactor diode model with specified capacitance vs. voltage characteristics from the manufacturer's datasheet.
You can use a generic photodiode or phototransistor (e.g., BPW34) paired with an external signal-processing circuit to filter and amplify the 455 kHz signal.
You can specify the time range for which you want to report the power trace:
report_powertrace -start_time <start_time> -end_time <end_time> -file <filename>.txt
Yes, the bottom red-circled area with the Zener diode and RzR_zRz corresponds to VsV_sVs, the supply voltage of the INA226. This configuration ensures that Vs=+4.7 V relative to GNDINA.
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