# Execution control file for Thermal Analysis.

# Preserve any info already loaded in from the DEVICE files
mode=preserve

# Read VALID-supplied library device information
txt_dev_read=th_library.txt
txt_dev_read=th_library-1.txt

# 'template' devices for defaults by REFDES prefix
dev_name=PREFIX-   TH_DEV_CLASS=ICMONO MAX_POWER_DISS=0.2
dev_name=PREFIX-C  TH_DEV_CLASS=CAP    MAX_POWER_DISS=0.0  TH_CB_RES=150.0
dev_name=PREFIX-CR TH_DEV_CLASS=SEMI   MAX_POWER_DISS=0.1  TH_CB_RES=150.0
dev_name=PREFIX-J  TH_DEV_CLASS=CONN   MAX_POWER_DISS=0.0  TH_CB_RES=10.0
dev_name=PREFIX-L  TH_DEV_CLASS=INDUCT MAX_POWER_DISS=0.5  TH_CB_RES=200.0
dev_name=PREFIX-Q  TH_DEV_CLASS=SEMI   MAX_POWER_DISS=0.2  TH_CB_RES=120.0
dev_name=PREFIX-R  TH_DEV_CLASS=RES    MAX_POWER_DISS=0.1  TH_CB_RES=150.0
dev_name=PREFIX-RS TH_DEV_CLASS=RES    MAX_POWER_DISS=0.05 TH_CB_RES=100.0
dev_name=PREFIX-T  TH_DEV_CLASS=RES    MAX_POWER_DISS=0.1  TH_CB_RES=100.0
dev_name=PREFIX-U  TH_DEV_CLASS=ICMONO MAX_POWER_DISS=0.2
dev_name=PREFIX-VR TH_DEV_CLASS=SEMI   MAX_POWER_DISS=0.5  TH_CB_RES=150.0
dev_name=PREFIX-Y  TH_DEV_CLASS=MISC   MAX_POWER_DISS=0.02 TH_CB_RES=200.0

# This command causes default info to be copied to the components.
# This will only set component parameters that have not yet been set,
# since we are in 'preserve' mode.
pfx_copy

# Estimate thermal resistance values based on package type and size.
res_calc

# These commands actually perform the analyses and provide the text output
# expected for input to the Allegro database.
thermal
reliability
comp_summary
pcb_temps

# Switch back to 'overwrite' mode, so that any report files generated
# will be overwritten, instead of being appended.
mode=overwrite

# Write a report file for the user.
full_report=th_report.txt