It isn't your transmission that's stalling. It is your engine that stalls. The on-board computer is supposed to incease the engine Idle to prevent this. It will require more troubleshooting to find the part(s) that is(are) the culprit. Start by scanning the ECM for trouble codes and go from there.
AC runs on the battery. If the car is off and you run the AC, then start the car, it will stall.
An engine usually has a higher idle speed when the ac is running. If the high speed idle does not operate then the ac will cause the engine to stall.
if it is squeling then your compreser is locking up causeing it to stall mine did it
The ac compressor pump may be seized.
Fast idle motor defective.
There are several reasons that a car may stall only in reverse, the best way to narrow down the issue is to use a diagnostic tool. The diagnostic tool will show which sensors on the transmission may be malfunctioning enough to stall the engine.
Bad seal? Bad cooling line to radiator?
The AC pump is bad. When the AC is turned on the pump tries to turn, because it is bad the extra strain on the motor causes it to stall. Be carely this can break or through a belt. In short its like putting a "brake" on your motor.
fuel filter
Transformers use alternating current (AC) for several reasons: Easier Transformation: AC voltage can be easily stepped up or down using transformers, making it ideal for power transmission and distribution. Efficient Transmission: AC reduces energy loss during transmission due to the ability to use higher voltages and lower currents. Simple Generation: AC is easily generated using rotating machinery (e.g., generators). Polyphase Capability: AC enables the use of polyphase systems, which increase power transmission efficiency and reduce wire requirements. Economical: AC transformers are less expensive and more compact than direct current (DC) transformers. AC's changing polarity allows the magnetic field in the transformer to induce voltage in the secondary coil, enabling efficient voltage transformation.
ac transmission is better. because it is cheaper as converter are not use.but losses are more as comparison to dc.
Transmission lines use alternating current (AC) instead of direct current (DC) because AC can travel long distances with less energy loss. AC can be easily converted to higher or lower voltages using transformers, which is important for efficient power distribution. Additionally, AC allows for easier control and regulation of power flow in the grid.