How to Turn On Active Noise Cancellation in the Tenth-Generation Accord?

1 Answers
WillowRose
07/29/25 6:05pm
The button for active noise cancellation in the tenth-generation Accord is located above the driver's head, where you'll find a small circle indicating the active noise cancellation button. Additionally, active noise cancellation can be turned off at any time. Active noise cancellation works by generating reverse sound waves equal to external noise through the noise-canceling system, thereby neutralizing the noise and achieving the noise reduction effect. All sounds are composed of certain frequency spectra. If a sound can be found with a spectrum identical to the noise to be eliminated but in opposite phase, the noise can be canceled out.
Was this review help?
12
0
Share
More Forum Discussions

Is the Focus Transmission Wet-Type?

The Focus transmission is dry-type. The functions of a manual transmission are: 1. To change the transmission ratio and expand the variation range of driving wheel torque and speed; 2. Under the premise that the engine rotation direction remains unchanged, the reverse gear is used to achieve backward driving of the car. Taking the 2021 Focus Trend Edition as an example, its body dimensions are: 4647mm in length, 1810mm in width, 1468mm in height, with a wheelbase of 2705mm. The 2021 Focus Trend Edition features a MacPherson independent front suspension and a torsion beam non-independent rear suspension. It is equipped with a 1.5L naturally aspirated engine, delivering a maximum horsepower of 122ps, a maximum power of 90kw, and a maximum torque of 153nm, paired with a 6-speed manual transmission.
13
0
Share

How Many Bars on the Car Temperature Gauge Are Normal?

Car temperature gauge readings between 2 to 4 bars are within the normal range. Reasons for the temperature gauge not moving: 1. Power line is disconnected, or the temperature gauge's heating coil is burnt out; 2. The sensor's heating coil is burnt out or the contact points are not making good contact; 3. The voltage regulator supplying stable power to the temperature gauge circuit is damaged. The temperature gauge can be identified through the gauge itself and the warning light. When the engine temperature is about to rise into the high-temperature zone, the temperature gauge will light up. At this point, you should stop the car, unload the engine load, but do not turn off the engine. Let the engine idle for 5 minutes before turning it off. Then wait for the temperature to gradually decrease, and once the temperature indicator light returns to normal, you can start the vehicle and continue driving.
20
3
Share

How to Use Cruise Control in Toyota Camry?

Toyota Camry's cruise control buttons are located on the right side of the steering wheel. The usage method is as follows: 1. When the vehicle speed reaches 40km/h, press the on/off key to activate the system, and the cruise control indicator light on the instrument panel will illuminate; 2. After accelerating to the desired speed, press the set key, and you can release the accelerator pedal, with the speed fixed at the current speed; 3. Use the "res+" and "set-" buttons to adjust the speed; 4. Press the brake, cancel button, or on/off key to deactivate the cruise control; 5. If the cruise control is deactivated by pressing the brake or cancel button, you can press the res key to restore the previous cruise control speed.
18
1
Share

How Far Can You Drive When the Fuel Gauge Yellow Light Flashes?

When the fuel gauge yellow light flashes, you can still drive approximately 20 kilometers. Continuing to drive after the fuel warning light comes on is referred to as low-fuel driving. It is advisable to refuel immediately after the warning light illuminates, as low-fuel driving can damage the fuel pump. The fuel pump generates heat during operation, and when driving with low fuel, the remaining gasoline cannot cover the fuel pump, preventing effective heat dissipation and shortening its service life. For safety reasons, the appropriate time to refuel is from when the fuel warning light comes on until the fuel gauge needle reaches zero. For most vehicle models, when the needle points to zero or the computer displays a remaining range of zero, driving in a fuel-efficient manner for 10 to 20 kilometers is possible before the fuel warning light comes on, reminding the owner to refuel as soon as possible.
8
2
Share

What are the types of crankshaft position sensors?

Crankshaft sensors mainly come in three types: magnetoelectric induction type, Hall effect type, and photoelectric type. The function of the crankshaft position sensor is to determine the position of the crankshaft, specifically the rotation angle of the crankshaft. It typically works in conjunction with the camshaft position sensor to determine the basic ignition timing. Below are the types of crankshaft position sensors: 1. Magnetoelectric Induction Type: The magnetoelectric induction speed sensor and crankshaft position sensor are installed in two layers within the distributor. The sensor consists of a permanent magnet induction detection coil and a rotor (timing rotor and speed rotor), with the rotor rotating along with the distributor shaft. The timing rotor comes in various forms with one, two, or four teeth, while the speed rotor has 24 teeth. The permanent magnet induction detection coil is fixed on the distributor body. By knowing the signals from the speed sensor and crankshaft position sensor, along with the firing order of the cylinders, the crankshaft position of each cylinder can be determined. The rotor signal disk of the magnetoelectric induction speed sensor and crankshaft position sensor can also be installed on the crankshaft or camshaft. 2. Hall Effect Type: The Hall effect speed sensor and crankshaft position sensor is a signal generator that utilizes the Hall effect. The Hall signal generator is installed inside the distributor, coaxial with the distributor rotor, and consists of an encapsulated Hall chip and permanent magnet fixed as a whole on the distributor plate. The number of notches on the trigger impeller matches the number of engine cylinders. When the blades on the trigger impeller enter between the permanent magnet and the Hall element, the magnetic field of the Hall trigger is bypassed by the blades, resulting in no Hall voltage and no output signal from the sensor. When the notched part of the trigger impeller enters between the permanent magnet and the Hall element, the magnetic flux enters the Hall element, increasing the Hall voltage, and the sensor outputs a voltage signal. 3. Photoelectric Type: The photoelectric crankshaft position sensor is generally installed inside the distributor and consists of a signal generator and a signal disk with light holes. The signal disk rotates with the distributor shaft, with 360 light-etched slits on the outer ring to generate a signal for a 1° crankshaft rotation angle. Slightly inward, there are six light holes spaced 60° apart to generate a signal for a 120° crankshaft rotation angle, with one of the light holes being wider to generate a signal relative to the top dead center of the first cylinder. The signal generator is mounted on the distributor housing and consists of two light-emitting diodes, two photodiodes, and circuitry. The light-emitting diodes are directly opposite the photodiodes.
18
2
Share

What is the fuel consumption of the 2009 Hyundai Tucson old model?

09 old Tucson fuel consumption is 11-12L per 100 kilometers. The fuel consumption of a car mainly depends on engine technology, transmission gear ratio, the car's aerodynamic drag coefficient, and the driver's driving habits. Factors affecting fuel consumption: There are many factors that affect a car's fuel consumption, including driving habits, road conditions, vehicle load, tire pressure, etc. In addition, the car's exterior design also affects fuel consumption. The smaller the car's drag coefficient, the lower the fuel consumption. Direct factors affecting fuel consumption: What truly affects a vehicle's fuel consumption is how many strokes the car's engine makes within a specified time and distance. Strokes refer to the engine's RPM. Therefore, only when both displacement and RPM are low will the car's fuel consumption be lower, as these factors are interrelated.
16
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.