Spatial Integrity Depth Scans

Thermal Parallel Schedule Three-Row Scan

Parallel wells scale chip heat while cycle count also scales elapsed time.

Parallel wells scale chip heat while cycle count also scales elapsed time. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Four wells share one four-cycle schedule

Per-step heat is 100 joules. With 4 cycles and 4 wells, chip heat is 4800 joules while elapsed time is 120 seconds.

100⋅3⋅4⋅4=4800100\cdot3\cdot4\cdot4=4800
Thermal cycle ledgerParallel wells share elapsed time while heat scales by well count.elapsed100 Jstep1200 Jwell4800 Jchipcycle ledger

Doubling wells doubles heat but not elapsed time

The same 4 cycles with 8 wells make chip heat 9600 joules, still on a 120 second schedule.

100⋅3⋅4⋅8=9600100\cdot3\cdot4\cdot8=9600
Thermal cycle ledgerParallel wells share elapsed time while heat scales by well count.elapsed100 Jstep1200 Jwell9600 Jchipcycle ledger

Adding cycles raises both heat and elapsed time

6 cycles with 8 wells make chip heat 14400 joules and elapsed time 180 seconds.

100⋅3⋅6⋅8=14400100\cdot3\cdot6\cdot8=14400
Thermal cycle ledgerParallel wells share elapsed time while heat scales by well count.elapsed100 Jstep1800 Jwell14400 Jchipcycle ledger