A conversion audit is accepted only when both clipping boundaries are evidenced. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Endpoint high clip and one-volt low clip close the audit

High input 8 V and low input -1 V both clip, so accepted flag is 1.

8 V, 1 VA=18\ \text{V},\ -1\ \text{V}\Rightarrow A=1
Conversion audit gate scanAccepted requires actual high and low boundary clips plus the other cited contracts.totalapertureidlerangelsbt=0 st=3 st=6 st=9 sinput=9/2 V[4, 5) Vcode=4clipped highclipped lowrecon=4 Verror=1/2 Vaccepted

Outside high and outside low clips still close the audit

High input 10 V and low input -2 V both clip, so accepted flag is 1.

10 V, 2 VA=110\ \text{V},\ -2\ \text{V}\Rightarrow A=1
Conversion audit gate scanAccepted requires actual high and low boundary clips plus the other cited contracts.totalapertureidlerangelsbt=0 st=3 st=6 st=9 sinput=9/2 V[4, 5) Vcode=4clipped highclipped lowrecon=4 Verror=1/2 Vaccepted

Far boundary examples remain clipped before acceptance

High input 12 V and low input -4 V both clip, so accepted flag is 1.

12 V, 4 VA=112\ \text{V},\ -4\ \text{V}\Rightarrow A=1
Conversion audit gate scanAccepted requires actual high and low boundary clips plus the other cited contracts.totalapertureidlerangelsbt=0 st=3 st=6 st=9 sinput=9/2 V[4, 5) Vcode=4clipped highclipped lowrecon=4 Verror=1/2 Vaccepted