IHTH-1125KZ-5A (3)
IHTH-1125KZ-5A is available from Vishay at Xecor. Designed for high current applications, the IHTH-1125KZ-5A offers shielded construction, ultra-low buzz noise, and the ability to handle high transient current spikes without saturation. Available in radial package configurations, it is ideal for automotive and high-temperature environments, meeting AEC-Q200 qualifications. Whether used in DC/DC energy storage, filter inductor applications, or high-power systems, this series ensures reliable performance, efficiency, and durability for demanding applications. Xecor is an authorized distributor for Vishay. Please view our extensive selection of the IHTH-1125KZ-5A series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| IHTH1125KZEB2R2M5A | Inductor High Current Shielded Wirewound 2.2uH 20% 100KHz 72A 770uOhm DCR RDL Automotive AEC-Q200 Bulk | 28.575 mm x 10.744 mm | 5,483 | |
| IHTH1125KZEB4R7M5A | Inductor High Current Shielded Wirewound 4.7uH 20% 100KHz 50A 1.82mOhm DCR RDL Automotive AEC-Q200 Bulk | 28.575 mm x 10.744 mm | 5,122 | |
| IHTH1125KZEB220M5A | Vishay 22 μH ±20% Leaded Inductor, Max SRF:5.61MHz, 21A Idc, 6.83mΩ Rdc IHTH-1125KZ-5A | 28.575 mm x 10.744 mm | 8,015 |
Key Featrues
Shielded Construction: The inductor features a shielded design, which minimizes electromagnetic interference (EMI) and reduces noise in high-frequency applications. This enhances performance in sensitive electronic environments, such as automotive systems, ensuring reliable operation.
High Current Handling (57A): With a saturation current of 62A and a continuous current rating of 57A, this inductor can handle high transient current spikes without saturation. This makes it ideal for power supply and DC/DC converter applications requiring robust energy storage and delivery.
AEC-Q200 Qualification: The inductor is AEC-Q200 qualified, ensuring it meets stringent automotive reliability standards. This makes it suitable for use in automotive electronics, where durability and performance under harsh conditions are critical.
Ultra-Low DC Resistance (1.5mOhm): The inductor’s ultra-low DC resistance minimizes power loss and heat generation, improving efficiency in high-current applications. This is particularly beneficial in power management systems where energy efficiency is a priority.
High Temperature Operation (up to 155°C): Designed to operate in temperatures up to 155°C, this inductor is well-suited for high-temperature environments, such as under-the-hood automotive applications. Its ability to maintain performance under extreme conditions ensures reliability in demanding use cases.
High Current Handling (57A): With a saturation current of 62A and a continuous current rating of 57A, this inductor can handle high transient current spikes without saturation. This makes it ideal for power supply and DC/DC converter applications requiring robust energy storage and delivery.
AEC-Q200 Qualification: The inductor is AEC-Q200 qualified, ensuring it meets stringent automotive reliability standards. This makes it suitable for use in automotive electronics, where durability and performance under harsh conditions are critical.
Ultra-Low DC Resistance (1.5mOhm): The inductor’s ultra-low DC resistance minimizes power loss and heat generation, improving efficiency in high-current applications. This is particularly beneficial in power management systems where energy efficiency is a priority.
High Temperature Operation (up to 155°C): Designed to operate in temperatures up to 155°C, this inductor is well-suited for high-temperature environments, such as under-the-hood automotive applications. Its ability to maintain performance under extreme conditions ensures reliability in demanding use cases.
Applications
High Current Power Converters: The Vishay IHTH-1125KZ-5A inductor is ideal for use in high-current DC-DC power converters, such as those found in automotive and industrial applications. Its 57A current rating and 1.5mOhm DCR ensure efficient energy storage and minimal power loss, making it suitable for handling high transient current spikes without saturation.
Automotive Power Management Systems: This inductor is well-suited for automotive power management systems, including battery management and motor control circuits. Its AEC-Q200 qualification ensures reliability in harsh automotive environments, while its high-temperature tolerance (up to 155°C) and shielded construction make it robust for demanding applications.
High-Frequency Filtering Applications: With a self-resonant frequency of 15.8 MHz, this inductor is excellent for high-frequency filtering in power supplies and communication systems. Its composite core material and shielded design minimize electromagnetic interference (EMI), ensuring clean power delivery in sensitive electronic circuits.
Energy Storage in Renewable Energy Systems: The 3.3µH inductance and high current handling capability make this inductor suitable for energy storage in renewable energy systems, such as solar inverters and wind turbine controllers. Its ability to handle high transient currents and operate at extreme temperatures ensures reliable performance in outdoor and industrial settings.
Automotive Power Management Systems: This inductor is well-suited for automotive power management systems, including battery management and motor control circuits. Its AEC-Q200 qualification ensures reliability in harsh automotive environments, while its high-temperature tolerance (up to 155°C) and shielded construction make it robust for demanding applications.
High-Frequency Filtering Applications: With a self-resonant frequency of 15.8 MHz, this inductor is excellent for high-frequency filtering in power supplies and communication systems. Its composite core material and shielded design minimize electromagnetic interference (EMI), ensuring clean power delivery in sensitive electronic circuits.
Energy Storage in Renewable Energy Systems: The 3.3µH inductance and high current handling capability make this inductor suitable for energy storage in renewable energy systems, such as solar inverters and wind turbine controllers. Its ability to handle high transient currents and operate at extreme temperatures ensures reliable performance in outdoor and industrial settings.
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