ER1537-18JP

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Fixed inductors are electrical components used in electronic circuits. They are used to create or store energy in the form of magnetic fields. ER1537-18JP fixed inductors are a type of fixed inductors designed for surface mounting on PCBs. They have a single-layer construction, low profile and higher power rating than other types of inductors.

In terms of application field, ER1537-18JP fixed inductors are mainly applied in Power Over Ethernet (POE) applications, DC-DC converters, buck-boost converters, switching power supplies and other high temperature or power applications. The characteristics of ER1537-18JP like low leakage current, high efficiency, high frequency stability, low EMI, low DCR and high power density make it suitable for these applications.

The working principle of ER1537-18JP fixed inductors is based on the relationship between magnetic flux and current. When current passes through an inductor, a magnetic field is generated by the inductor’s coil. This magnetic field generates a force, known as inductance, which opposes the current and causes the current to decrease as it passes through the coil. The greater the current, the greater the opposition or inductance. As a result, the inductor stores energy in the form of a magnetic field.

The ER1537-18JP fixed inductors use this same working principle to store and control energy in the electronic circuit. When current passes through the inductor, it creates a magnetic field that stores energy. This energy can then be used to control the flow of current in the circuit. For example, when the inductor is connected in series with a load, the stored energy in the inductor helps mantain a steady voltage and current flow in the circuit.

In summary, ER1537-18JP fixed inductors are a type of inductor suitable for a variety of high power, high temperature, and POE applications. They have a single-layer construction, low profile, and higher power rating than other types of inductors. The working principle of ER1537-18JP fixed inductors is based on the relationship between magnetic flux and current. They use this working principle to store and control energy in the electronic circuit, helping to maintain a steady current and voltage flow in the circuit.

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