B1135AS-220M=P3 Inductors, Coils, Chokes

Fixed inductors play an important role in the field of electronic engineering, enabling the efficient control of steady current in electronic circuits. The B1135AS-220M=P3 is a typical example of the type of fixed inductor available, and is widely used in the power engineering and automotive sectors. This article will examine the application fields of the B1135AS-220M=P3 and its working principle.

Application Fields

The B1135AS-220M=P3 is a robust piece of equipment, primarily used in power systems requiring a voltage in excess of 220 volts AC. They can be used in bridge circuits, current transformers and isolators, all of which rely on precise control of current for reliability and safety.

In automotive engineering, the B1135AS-220M=P3 fixed inductor is also an ideal choice for task-specific applications, such as fuel injectors, spark ignition, and fly-by-wire systems. Its robust construction and electrical characteristics make it suitable for a wide range of automotive and marine applications, including engine control, traction control, and anti-lock brake systems.

Working Principle

The B1135AS-220M=P3 is a Type II fixed inductor, meaning that it has two active elements: an inductor and a capacitor. The inductor is composed of several coils connected in series, while the capacitor is divided into two parts and connected in parallel with the coils. The inductor and the capacitor are connected in series with a voltage source, and the circuit is completed with a rectifier diode. The diode acts as a switch, regulating the flow of electric current between the components.

The function of the inductor is to absorb electrical energy from the current while the capacitor is designed to store and release it as required. This flow of electrical energy in and out of the components is regulated by the diode, allowing control over the current in the circuit.

As the current passes through the inductor, it experiences an increase in magnitude as the inductive energy builds up in the coils. This energy then travels back through the capacitor, allowing it to store the energy for later use. Finally, the diode regulates the flow of electricity through the circuit, allowing precise control over current in the application.

Conclusion

The B1135AS-220M=P3 is a type II fixed inductor, widely used in power systems and automotive engineering. Its application range is broad, ranging from bridge circuits, current transformers, isolators, fuel injectors, spark ignition, and fly-by-wire systems to engine control, traction control, and anti-lock brake systems. The inductor is composed of coils connected in series, while the capacitor is divided into two parts and connected in parallel with the coils. The flow of electricity in the circuit is regulated by a diode, enabling precise control of current.