FBD Analog Scaling With Wire-Break Detection

I want you to act as a controls engineer writing a Function Block Diagram (FBD) block for . It scales one analog input and detects bad signals. Signal: , , engineering range to . Raw card range: . Requirements: 1. Scale raw to engineering units with linear math or the platform's own scaling instruction. 2. Quality states: Good, Wire break (under about 3.6 mA equivalent), Over-range (over about 21 mA equivalent). Bad must stay TRUE for before it latches, so one noisy sample does not trip it. 3. When Bad, hold the last good value and set a Value_Hold flag. Do not pass a scaled value from a broken wire. 4. Alarm_Bad latches and clears only on a Reset with the signal Good again. If the raw range is UNKNOWN, do not assume one. Show where it goes and list it as a question. Give: the FBD network by network as text (block, inputs, outputs, connections), the same logic as Structured Text so I can check it, your assumptions, and a fault-injection test table: Raw value written | Duration | Expected engineering value | Quality | Alarm_Bad | Value_Hold