Disable open wire check because we're getting module communication er…

…rors with it enabled (#1298)

### Changelist 
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Does what it says on the tin.

### Testing Done
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solid. This could be unit tests, integration tests, testing on the car,
etc. Include relevant code snippets, screenshots, etc as needed. -->

Copy-pasted our testing today from slack:

What we were seeing before this:
- Talked to each module directly in isolation (setting
ACCUMULATOR_NUM_SEGMENTS to 1). No issues on any segments from ISOSPI A
or ISOSPI B.
- Tested each individual cable in isolation, also no issues.
- However, when we hooked up 3 modules we'd get communication error
faults after ~10 seconds. I think once or twice we managed to get to 4
segments, but never 5
 
With this change:
- Disabled open wire check. No idea why this would break anything.
- After that, I could pretty reliably get up to 4 modules talking. 5
still work, but after rearranging the cables I found a configuration
that did work.
- Absolutely no idea whats going on here. Is there anything that would
cause the communication to be unreliable? Maybe sketchy connector,
noise, etc...

I was able to run the battery for a few minutes without any
communication faults (with open wire check disabled).

---------

Co-authored-by: will-chaba <[email protected]>

firmware/quadruna/BMS/src/app/states/app_allStates.c

@@ -76,12 +76,18 @@ bool app_allStates_runOnTick100Hz(void)
                 iso_spi_state_counter = 0;
             }
 
+            // Open wire check is mysteriously causing communication errors with the LTCs, so disabling it for now.
+            // TODO: Find out why!
             const uint32_t cycles_to_measure =
                 balancing_enabled ? NUM_CYCLES_TO_MEASURE_BALANCING : NUM_CYCLES_TO_MEASURE_NOMINAL;
+
             if (iso_spi_state_counter >= cycles_to_measure)
             {
                 iso_spi_state_counter = 0;
-                iso_spi_task_state    = RUN_OPEN_WIRE_CHECK;
+                if (balancing_enabled)
+                {
+                    iso_spi_task_state = RUN_CELL_BALANCING;
+                }
             }
 
             iso_spi_state_counter++;