IHLP3232CZER330M11

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The IHLP3232CZER330M11 is a surface-mount inductor from Vishay Intertechnology\'s IHLP family of low-profile, shielded inductors. It is categorized as a fixed inductor, meaning that it has a fixed inductance and cannot be adjusted. They can be used in a wide range of applications, from power supplies to dc-dc converters and energy storage. They are designed with a low profile to allow for placement in tight spaces. The inductor is made of ferrite core material which helps to reduce EMI emissions. The product features a wide range of stable inductance values, good current carrying capacity, and low current noise.

The IHLP3232CZER330M11 works by restricting the current in the inductor, which creates a voltage drop between the two terminals. The voltage drop is proportional to the rate of change of current in the inductor. This difference in voltage is the inductance of the inductor. It increases linearly with frequency until the inductor begins to saturate and the current is restricted. The inductance of the IHLP3232CZER330M11 is 11 μH, which makes it suitable for applications where a small inductor with a low inductance is needed.

The IHLP3232CZER330M11 can be used in a wide range of applications including dc-dc converters and battery chargers, switching regulators, switching power supplies, and motor controls. It can also be used in audio and signal-level applications such as tone signaling and low-pass filters. Due to its shielded construction, it is also suitable for use in shielded cables and power filters. It can be used in designs where the size of the inductor is a concern, as it is one of the lowest profile devices available.

The IHLP3232CZER330M11 is a versatile device that can be used for a variety of applications. Its versatile design and low profile make it a great choice for applications where size is a concern. Its shielded construction and low-profile shape make it suitable for use in shielded cables and power filters, making it a great choice for EMI suppression applications. Its low inductance and stable inductance values make it ideal for use in control circuits, dc-dc converters, and battery chargers. It is a great choice for designs where a small inductor with a low inductance is needed.

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