MS75084-5BH

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Fixed inductors are coil components composed of winding copper wire in a magnetic core material. These devices are universally used in various branches of electronic engineering, from signal processing and power electronics to remote control and RF technologies. The MS75084-5BH is a high precision fixed inductor and this article outlines its application field and working principle in detail.

The MS75084-5BH is a non-centre tapped, flat wound, axial-lead inductor. This part has a rated inductance of 200μH, a rated current of 55A, and a saturation current of 105A. It is rated for an operating temperature range of -40°C to +85°C and has a dielectric strength of 1600V. This component is small and lightweight, measuring only 35mm in length and 8mm in diameter and weighs just 10g. The MS75084-5BH is RoHS compliant and halide free.

The MS75084-5BH is designed for use in power management applications, particularly dc-dc converters. This inductor is suitable for both high frequency switching applications, such as power supply lines and motor drive lines, and for feedback or oscillatory circuits. When used in these applications, the fixed inductor helps to reduce the unnecessary ripple from the output of the converter or inverter and ensure that the circuit remains stable. The inductor also helps to protect sensitive components within the circuit from high voltages and excess current.

The working principle of the MS75084-5BH is simple. It is a coil made of insulated copper wires and a magnetic core. This coil stores energy in the form of an inductance, and when a current passes through it, the inductance causes a voltage to be induced. The voltage is proportional to the current and the inductance of the coil, so when a higher current passes through the coil, the induced voltage is also higher, thereby limiting the current.

The MS75084-5BH can be used in a number of different circuit configurations, such as boost, flyback, buck, push-pull, or forward converters. In each of these applications, the function of the MS75084-5BH is to help manage the current levels. For example, when used as a boost converter, the inductor helps to increase the output voltage by storing energy during the switching process. In a buck converter, the inductor helps to reduce the output voltage by returning energy to the circuit. In either case, the inductor helps to reduce the ripple and ensure a stable output.

In conclusion, the MS75084-5BH is a high precision fixed inductor designed for use in power management applications. It is suitable for use in dc-dc converters, including boost, flyback, buck, push-pull, and forward types, and helps to regulate current levels, reduce ripple, and protect sensitive components in the circuit. While the working principle of the MS75084-5BH is simple, it is an essential component in any power management circuit and can be a great asset to any electronic engineer.

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