PT150R-1040HM

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Fixed inductors are electrical components whose purpose is to store energy through the creation of a magnetic field. The PT150R-1040HM is a fixed inductor with an outer diameter of 10.4 mm, a lead length of 10mm, and a rated current of 5 Amps. It is designed for use in a wide variety of applications, from power supply circuits and automotive systems to household appliances and industrial electronics.

The PT150R-1040HM features a ferrite core material and a winding resistance of 0.07 Ohms. This makes it an excellent choice for demanding applications and wide-range temperatures. It can handle temperatures of up to105°C with a maximum withstand voltage of 200V. The operating temperature range is -40°C to +105°C.

The physical structure of the PT150R-1040HM is made up of an outer shell, lugs, bobbin, and windings. The outer shell is made from a copper alloy with double-layer insulation, and the lugs are made of nickel-plated copper. The bobbin is a high-temperature plastic, and the windings are a combination of cotton and polyester. This design allows the unit to withstand high temperatures and operate reliably even in extreme conditions.

The PT150R-1040HM is designed to work in a wide variety of applications, including power supplies, automotive electronics, medical equipment, and home appliances. It is ideal for use in both AC and DC applications. It helps reduce noise and interference and enhances circuit efficiency by minimizing electromagnetic interference (EMI).

The PT150R-1040HM is a high-performance inductor that is designed for reliable operation in a wide variety of environments. Its compact size and light weight make it easy to install and integrate into different circuit designs. Its high-temperature and high-reliability design make it suitable for use in demanding and wide-temperature applications. With its low winding resistance and high current capacity, it is an ideal choice for power supply and DC/AC circuits.

The working principle of the PT150R-1040HM is based on the idea that when a current passes through it, a magnetic field is created. This field is used to store electrical energy and is also responsible for creating the inductive and capacitive reactance in the circuit. This inductance and capacitance allow for current sharing and force the current to move through the inductor in a specific direction. The amount of reactance created varies with the size of the inductor and the frequency of the applied voltage. The larger the inductor, the higher the reactance.

The PT150R-1040HM is an excellent choice for a variety of applications. Its robust design andhigh-performance components make it suitable for a wide range of temperatures and voltages. It is capable of handling current up to 5 Amps, and is reliable in even the most extreme conditions. The combination of its small size, light weight, and high-temperature rating make it an ideal choice for a variety of applications.

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