RLB1014-272KL

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Fixed inductors, also known as chokes, coils or inductors, are stationary or permanent electrical / electronic components that permit the passage of current through them, but oppose, or resist, the change in the current. The RLB1014-272KL is one such fixed inductor, specifically designed for lightweight embedded computing. This device has a wide range of possible applications and can quickly become a vital part of any embedded device.

The RLB1014-272KL is a surface mounted device (SMD) designed for high frequency and high power operation. It is a single-layer part, so no external packaging is necessary. The core of the inductor is composed of a Nickel/Iron Alloy ferrite core with a silver-plated copper conductor. The winding length is 4mm with a diameter of 2mm and a height of 0.3mm. It has an operating temperature range of -40 to 125°C.

This fixed inductor also has excellent electrical characteristics. Its inductance ranges from 0.27mH to 0.47mH and its DC resistance from 9.2Ω to 16Ω. In addition, it can handle up to 4A of DC current and has a low ESR of 0.1Ω. It also has a low profile of 0.8mm and can fit in between tight spaces.

The RLB1014-272KL is a versatile fixed inductor that can be used in a wide range of applications. It is particularly well suited to use as an impedance-matching device for coupling signals from one component to another, such as in radio-frequency (RF) circuits. This fixed inductor can also be used to store energy or to reduce the noise generated by alternatingcurrent (AC) waves. In addition, it can be used in switching power supplies to reduce the amount of ripple voltage and smooth the power.

The working principle of the RLB1014-272KL is relatively simple. This fixed inductor works by varying the resistance of the electrical circuit in which it is located. When current passes through the inductor, the current flow is resisted by the inductor, resulting in a voltage drop across the inductor. The amount of voltage drop depends on the inductor’s inductance. When current is applied to the inductor, the magnetic field created by the current causes the inductor to generate an induced voltage. This induced voltage opposes the original current flow and causes the current to decrease. Thus, the inductor “induces” a voltage drop across its terminals called the inductive reactance.

In summary, the RLB1014-272KL is an excellent choice for a variety of embedded computing applications. Its single-layer, lightweight construction makes it an ideal choice for tight spaces. Its excellent electrical characteristics, including low ESR and high frequency operation, make it suitable for a variety of applications, including noise reduction, impedance matching, and energy storage. Finally, its working principle is based on the induction of a voltage drop across its terminals, which can be used to reduce or regulate current flow.

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