IHLP5050FDER4R7M8A - Vishay

Manufacturer Part Number

IHLP5050FDER4R7M8A

Manufacturer

Vishay-Dale

Introduction

This is a high performance, low profile, molded, composite inductor from Vishay-Dale's IHLP series. It is designed for use in power conversion and filtering applications, such as in DC/DC converters, VRM modules, POL converters, and other power supply circuits. The inductor features a metal composite core and provides a high saturation current capability.

Product Features and Performance

Inductance: 4.7 μH

Inductance Tolerance: ±20%

Current Rating: 19.7 A

Saturation Current (Isat): 18.5 A

DC Resistance: 7.93 mΩ max

Self-Resonant Frequency: 15.8 MHz

Operating Temperature Range: -55°C to +180°C

AEC-Q200 qualified

Product Advantages

High saturation current capability

Low DC resistance for efficient power conversion

Compact surface mount package

Stable performance over temperature range

Key Reasons to Choose This Product

Excellent power density and efficiency for power conversion applications

Reliable performance and long operational life

RoHS compliant and AEC-Q200 qualified for automotive applications

Wide availability and competitive pricing

Quality and Safety Features

Shielded construction to minimize electromagnetic interference

Robust metal composite core for high saturation current handling

Compliant with relevant safety and environmental standards

Compatibility

This inductor is designed for use in a wide range of power conversion and filtering applications, including:

DC/DC converters

VRM modules

POL converters

Power supplies

Filter circuits

Application Areas

Telecommunications equipment

Industrial electronics

Automotive electronics

Computer hardware

Consumer electronics

Product Lifecycle

This product is currently active and in production. Our website's sales team regularly updates their IHLP series, so there may be newer, equivalent models available. Customers are advised to contact our website's sales team for the latest product information and availability.