গাড়ির ইঞ্জিনে ব্যবহৃত সেন্সর | SENSORS USED IN A CAR ENGINE

অটোমোবাইল টেকনোলজি বাংলা Stay Connected With Us: ► Subscribe Us:    / @ifix-aasifix      / ifix-aasifix   ____________________________________________ Thanks For Watching Please Hit the Like Button Subscribe To Our YouTube Channel LIKE | COMMENTS | SHARE | SUBSCRIBE ____________________________________________ #iFiX #AUTOMOBILETECHOLOGYBANGLA #অটোমোবাইলটেকনোলজিবাংলা #AsifAmzadKhan #আসিফআমজাদখান #ifix #aasifix #asif_x #AsifAmzadKhan #AUTOMOBILE_TECHOLOGY_BANGLA #AUTOMOBILETECHNOLOGYBANGLA #Asif_Amzad_Khan #asifamzadkhan #amzadhossainkhan #amzadhossainkhanasif #asifkhan #asifamzad #amzadasif #automobile #car #engine #sensor ____________________________________________ Keyword: গাড়ির ইঞ্জিনে ব্যবহৃত সেন্সর | SENSORS USED IN A CAR ENGINE obd,obd2,how it works, air flow meter, oil pressure sensor, fuel pressure sensor, car sensors explained, throttle position sensor, crankshaft position sensor, how to, where is, o2 sensor, map sensor, error code, car repair, car sensors, knock sensor car repair, car sensors, scr, car sensors explained, air flow meter, coolant sensor, camshaft sensor, cricuit, where is, map sensor, vehicle sensors and their functions, knock sensor, crank shaft position sensor, sensor problem, vehicle sensors, sensor location, obd, ecu, types of sensors and their uses, iat, map, maf, oil pressure sensor,obd2,fuel pressure sensor, bosch, how to, sensor, adblue, throttle position sensor, different types of sensors,wideband,o2 sensor, automotive This video explains the various sensors used in a car engine and their functions (0:14). Key Sensors and Their Functions: Crankshaft Position Sensor (0:38): This sensor is crucial for engine management, providing data to the Engine Control Unit (ECU) for ignition timing, fuel injection timing, and fuel volume adjustments. Issues with this sensor can lead to vibrations and rough idling (1:37). Engine Intake Air Temperature (IAT) Sensor (2:24): Located in the EFI engine intake, this sensor measures the temperature of the incoming air. This data is used to adjust the air-fuel mixture for optimal engine performance (2:52). Mass Air Flow (MAF) Sensor (3:23): The MAF sensor measures the amount of air entering the engine's cylinders. A malfunctioning MAF sensor can cause issues like poor exhaust and engine misfires (3:33). Manifold Absolute Pressure (MAP) Sensor (5:06): This sensor is integral to the internal combustion engine's electronic control system, measuring manifold pressure to assist in fuel injection and spark timing advancement (5:12). Knock Sensor (6:34): This sensor detects high-frequency vibrations indicating engine knocking. It provides signals to the ECU to adjust ignition timing and fuel injection, thereby preventing damage and improving engine performance and emission (6:41). Throttle Position Sensor (TPS) (7:38): The TPS monitors the throttle position, providing signals to the ECU for fuel volume adjustment and overall engine performance. Problems with this sensor can cause issues with acceleration (7:43). Oxygen (O2) Sensor (8:53): This sensor plays a vital role in optimizing engine performance and reducing emissions by measuring oxygen levels in the exhaust (9:16). Coolant Temperature Sensor (10:11): This sensor monitors the engine coolant temperature, sending signals to the ECU for precise adjustments to ignition timing, fuel injection, and variable valve timing, as well as activating the electric cooling fan (10:23). Camshaft Position Sensor (11:24): This sensor monitors the camshaft's rotation and speed, providing data to the control module for accurate ignition timing and fuel injection adjustments, thereby contributing to overall engine performance (11:28).