Excellent ignition coil manufacturer: The ignition coil is an important part of a car, Haiyan ignition coil manufacturer will give you a professional introduction to the ignition coil n this blog. The car ignition coil is a crucial component of the internal combustion engine. It is an electronic device that converts the 12 volt battery voltage to around 20,000 volts. The automotive ignition coil has a high-voltage winding and a low-voltage winding. The high voltage winding is connected to the battery terminal, while the low voltage winding is connected to the spark plug wire. When you crank your engine, current flows through the primary windings of your car ignition coil and generates enough power to jump across to secondary windings in order to create a spark at your spark plug wire. Read extra info on ignition coil supplier.
What is the reason? Here are some of them: The power supply voltage is unstable; The resistance of the high-voltage line is abnormal, replace the high-voltage line; There is a short circuit phenomenon in the secondary; The primary current of the ignition controller is too high, causing the ignition coil to overheat; Problems with high temperature and high-pressure wave work well; It is very unlikely that the coil itself is a problem, you can try another brand; The integrated block of the igniter does not work well. Ignition coil manufacturer has more than 30 years of production experience.
In the same way that increasing the speed of movement of a magnetic field across a coil of wire will increase the voltage induced into the coil, if a collapsing magnetic field can be made to collapse more rapidly, this will induce a higher voltage. Additionally, a higher voltage can also be induced into the coil if the number of windings in the coil is increased. Mutual inductance and transformer action: If two coils of wire are placed next to or around each other and an electric current is used to create a magnetic field around one coil (which we call the primary winding), the magnetic field will also surround the second coil (or secondary winding). When the electric current is switched off and the magnetic field then collapses, it will induce a voltage into both the primary and the secondary windings.
Using a changing magnetic field to induce an electric current: If a coil of wire is exposed to a magnetic field and the magnetic field then changes (or moves), it creates an electric current in the coil of wire. This process is known as ‘inductance’. This can be demonstrated simply by moving a permanent magnet across a coil. The movement or change in the magnetic field or magnetic flux induces an electric current into the coil wire. There are two main factors that affect how much voltage is induced into the coil: The faster the change (or speed of movement) of the magnetic field and the greater the change in the strength of the magnetic field, the greater the induced voltage. The greater the number of windings in the coil, the greater the induced voltage.
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Haiyan car ignition coil manufacturers have professional production workshops and great production technology, our main product is the car ignition coil, automotive ignition coil and engine coil. The Haiyan car ignition coil with the national quality inspection standards, has reasonable structure, stable performance, good safety, and high reliability. Our automotive ignition coil is also available in a wide range of types and specifications. Haiyan ignition coil supplier will try our best to meet Customers’ needs.
Gasoline vehicles are usually powered by a simple 12-volt DC battery. This is enough voltage to engage a starter motor and get the engine turning, but it’s not enough for actual combustion. (A spark plug needs around 40,000 volts for combustion.) That’s where the ignition coil comes in. It contains a step-up transformer (also known as a coil pack) to convert that tiny current into quick bursts of several thousand volts at a time. This electricity is then sent to each spark plug in perfect time with the cylinder’s combustion cycle, igniting fuel vapor with oxygen and producing power. Diesel engines notably lack ignition coils because they ignite their fuel using heat and pressure alone.