6C11-12K073- AC camshaft position sensor can provide extremely accurate signal transmission and data feedback. When the engine is working, it transmits the monitored camshaft position and speed information to the ECU in the form of high-precision electrical signals. The accuracy and stability of signals directly affect the precision of engine control. Accurate signals enable ECU to precisely control the ignition timing of spark plugs, ensuring that fuel is fully burned in the cylinder and improving engine power output and fuel economy. Accurate camshaft position information also helps ECU to reasonably control fuel injection quantity and injection time, avoid fuel waste and incomplete combustion, reduce exhaust emissions, and make engine operation more environmentally friendly and efficient. According to user feedback, after replacing the sensor, the vehicle's fuel consumption decreased and power output became smoother, which is precisely the effect brought by precise signal transmission.
There is a complex electromagnetic interference environment inside the engine compartment, and the electromagnetic signals generated by various electronic devices and circuits may affect the normal operation of sensors. The 6C11-12K073-AC camshaft position sensor has excellent anti-interference ability and adopts advanced shielding technology and filtering circuit internally. Shielding technology uses a metal shielding layer to block external electromagnetic interference signals from entering the interior of the sensor, while a filtering circuit processes the sensor output signal to remove clutter and ensure that the output signal is pure and accurate. Even when the vehicle's electrical system is in a high load working state or driving in a strong electromagnetic interference environment, the sensors can still work stably, providing reliable camshaft position information to the ECU, ensuring the normal operation of the engine, and avoiding faults such as engine shaking and stalling caused by signal interference.
