These are code references, not a list of confirmed faults on every vehicle. Read the source and applicability notes, then match the exact vehicle, year, engine and scan report.

Drive Motor Inverter Temperature Sensor E Circuit

sensor E performance is an inverter A cold-soak comparison

sensor E low voltage produces a hot-looking calculated value

sensor E high voltage is an implausibly cold sensing condition

Drive Motor Inverter Temperature Sensor E Circuit Intermittent/Erratic

Drive Motor Inverter Temperature Sensor F Circuit

inverter B sensor 3 plausibility is checked after a long shutdown

inverter B sensor F low voltage should not be mistaken for proven heat

sensor F high voltage corresponds to a very cold reported value

Drive Motor Inverter Temperature Sensor F Circuit Intermittent/Erratic

Drive Motor A Phase U Current Sensor Circuit

motor A phase U performance checks current-sensor offset

motor A phase U low is checked with PWM output disabled

motor A phase U high is a sensing-range result

Drive Motor A Phase V Current Sensor Circuit

motor A phase V performance is an offset check with a label caveat

motor A phase V low is evaluated with output disabled

motor A phase V high must be separated from physical overcurrent

Drive Motor A Phase W Current Sensor Circuit

motor A phase W performance concerns current offset

motor A phase W low describes an out-of-range sensor report

motor A phase W high is a circuit-range diagnosis

Drive Motor B Phase U Current Sensor Circuit

motor B phase U performance checks the offset with power stage open

motor B phase U low is an electrical-range check

motor B phase U high must be interpreted in the disabled-output state

Drive Motor B Phase V Current Sensor Circuit

motor B phase V offset has a source phase-name discrepancy

motor B phase V low is evaluated with PWM output disabled

motor B phase V high is tested with PWM disabled

Drive Motor B Phase W Current Sensor Circuit

motor B phase W offset must be read despite a copied phase label

motor B phase W low is a disabled-output sensing check

motor B phase W high is a sensor-range finding

motor A phase-current correlation is different from one high sensor

motor B correlation uses the three phase-current reports together

Drive Motor A Current

Drive Motor A Current Low

motor A overcurrent has fast and intermittent detection branches

Drive Motor B Current

Drive Motor B Current Low

motor B overcurrent is filtered through two protective paths

motor A missing-current detection depends on rotor position

Drive Motor A Phase U-V-W Circuit Low

Drive Motor A Phase U-V-W Circuit High

motor B circuit-open detection uses a position-dependent current test

Drive Motor B Phase U-V-W Circuit Low

Drive Motor B Phase U-V-W Circuit High

motor A inverter supply failure is reported through a bias-status flag

Drive Motor A Inverter Power Supply Circuit Low

Drive Motor A Inverter Power Supply Circuit High

motor B inverter power-supply faults use an internal status indication

Drive Motor B Inverter Power Supply Circuit Low

Drive Motor B Inverter Power Supply Circuit High

motor A phase U overheating requires a credible temperature signal

motor A phase V thermal monitoring uses PIM Temp 2

motor A phase W overheating is judged from a validated sensor channel

motor B phase U overheating depends on PIM Temp 2 validity

motor B phase V thermal diagnosis uses PIM Temp 0

motor B phase W overheating is separate from sensor circuit failure

motor A resolver learning can fail without proving a bad position sensor

motor B not-learned status needs the reason for learning failure

motor A torque performance combines several security checks

motor B torque performance needs the failed branch identified

Electric/Auxiliary Transmission Fluid Pump Control Module Internal Temperature Too High

Electric/Auxiliary Transmission Fluid Pump Control Module Internal Temperature Sensor Circuit

Electric/Auxiliary Transmission Fluid Pump Control Module Internal Temperature Sensor Circuit Range/Performance

Electric/Auxiliary Transmission Fluid Pump Control Module Internal Temperature Sensor Circuit Low

Electric/Auxiliary Transmission Fluid Pump Control Module Internal Temperature Sensor Circuit High

Pump phase-current absence depends on command and rotor angle

Electric/Auxiliary Transmission Fluid Pump Phase U-V-W Circuit Low

Electric/Auxiliary Transmission Fluid Pump Phase U-V-W Circuit High

Electric/Auxiliary Transmission Fluid Pump Control Module Circuit/Open

Electric/Auxiliary Transmission Fluid Pump Control Module Circuit Low

Electric/Auxiliary Transmission Fluid Pump Control Module Circuit High

Electric/Auxiliary Transmission Fluid Pump A Motor Current

Auxiliary-pump undercurrent is a decoded operating report, not feedback duty low

Auxiliary-pump overcurrent must not be confused with feedback duty high

The pump performance category combines current and speed evidence

A reported pump stall does not prove the motor is permanently seized