CPLA-3-50TR-R

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Fixed inductors are electrical components that store energy in the form of magnetic fields when electric current pass through them. CPLA-3-50TR-R is one of the types of fixed inductors. It is usually used in applications such as radio frequency (RF) and high frequency (HF) circuits. This type of inductor has a maximum rated current of 3.5 amps and a high operating temperature range up to 90°C.

CPLA-3-50TR-R features a ferrite core which helps to reduce the loss of energy due to its electrical resistance and minimize magnetic interference. It also features a wide range of inductance values from 0.01 to 0.1H, with a low DC resistance value of 0.03 ohm. The inductor has a high thermal tolerance, which allows it to be used in higher power applications and also has its power temperature coefficient (PTC) ability which helps it to maintain a stable inductance in various conditions.

The working principle of the CPLA-3-50TR-R is simple. When electric current pass through the inductor, it creates a magnetic field around it. This magnetic field, in turn, stores electromagnetic energy. The magnetic field then collapses when the current is removed, and this sudden collapse of the field generates a voltage in the opposite direction of the current, which helps to reduce the flow of current.

The CPLA-3-50TR-R is used in various applications such as audio power amplifiers, impedance matching, pulse transformers, and more. It is also used in switching power supplies, voltage regulators, filter circuits, and more. Some of the other applications where this type of inductor is used include motor control, telecommunication equipment, automotive electronics, and more.

To sum up, CPLA-3-50TR-R is a type of fixed inductor that is commonly used in applications such as audio power amplifiers, impedance matching, and pulse transformers. It features a ferrite core which helps to reduce the loss of energy and a wide range of inductance values. It has a low DC resistance and high thermal tolerance and is capable of maintaining a stable inductance. The working principle of this inductor is based on the electromagnetic principle that magnetic fields store energy and their collapse generates a voltage in the opposite direction of the current, which helps to reduce the flow of current.

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