MPIA4020V2-R33-R

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The MPIA4020V2-R33-R is a fixed inductor made by Murata Electronics and is classified in the fixed inductors subcategory. This fixed inductor is capable of operating at temperatures from -40 to +125 degrees Celsius. Its rated DC current is 1.1A and its radiator type is radial. It has a very low height profile of 1.7mm for high-density mounting.

Fixed inductors are integral components of many electronic systems and have a variety of applications. This specific fixed inductor is suitable for power supplies, switching converters, low and high frequency applications, short-circuit protection, common mode noise filters, and shields. The MPIA4020V2-R33-R fixed inductor is a preferred choice due to its size, current capacity, and excellent high-frequency characteristics.

The MPIA4020V2-R33-R fixed inductor works by creating a magnetic field from a current passing through it. This magnetic field stores energy which is released as current when it is later discharged. In DC circuits, this inductor acts as a resistive element, limiting the current. However, in AC circuits, it acts as an impedance, creating voltage drops. In this way, the fixed inductor can be used as a filter to limit the frequency range by only allowing certain frequencies to pass. It is also used as an RF choke to block out interference from unwanted frequencies.

The MPIA4020V2-R33-R fixed inductor is an excellent option for a range of applications due to its small size and high current capacity. Its wide operating temperature range helps ensure consistent performance in a variety of environments while its low profile allows for high-density mounting. Its low DC resistance also makes it energy efficient while its excellent high-frequency characteristics provide superior filter capabilities for blocking out undesirable frequencies.

Overall, the MPIA4020V2-R33-R fixed inductor is a reliable and cost-effective solution for a variety of applications. Its small size and high current capacity make it suitable for a range of power supplies, switching converters, low and high frequency circuits, short-circuit protection, common mode noise filters, and shields. Its wide operating temperature range and low profile allows for flexible use in a variety of environments and its low DC resistance makes it an energy efficient option. Furthermore, its excellent high-frequency characteristics provide superior filtering capabilities for eliminating unwanted frequencies.

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