Coilcraft, Inc. Datasheets for Chip Inductors
Chip inductors are manufactured using semiconductor material.
Chip Inductors: Learn more
| Product Name | Notes |
|---|---|
| Coilcraft AEC-Q200 Grade-1 AGP4233 Series power inductor is ideal for automotive applications and other high-temperature environments. AGP4233 power inductors, along with VER2923 and HA3588, are designed for high-efficiency power supplies... | |
| Coilcraft AEC-Q200 qualified AGP2923 Series power inductor is ideal for automotive applications and other high-temperature environments. AGP2923 power inductor, along with VER2923 and HA3588, is designed for high-efficiency power supplies... | |
| Coilcraft BCR Series conical inductors were designed specifically for broadband and high frequency applications, operating as a series of narrow-band inductors across a frequency range of 10 MHz to 40... | |
| Coilcraft DC1012 Series radial-leaded power inductors provide a low-cost, high-efficiency option for choke applications. They feature industry-standard lead spacing and are available in a wide range of inductance values and... | |
| Coilcraft DMT Series of toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy... | |
| Coilcraft DO1605T Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO1606T Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO1607B Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO1608C Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO1813H Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3308P Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3314 Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3316H Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3316P Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3316T Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3340H Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft DO3340P Series unshielded surface-mount power inductors offer proven performance at a great value. They provide high saturation current ratings, high energy storage, and low resistance. Open magnetic flux path... | |
| Coilcraft's CU8838-AL power inductor is mechanically rugged and magnetically shielded for use in high-density circuits. Flat-wire construction provides excellent current handling and exceptionally low DCR, and soft saturation makes them... | |
| D1787 Series high-current, high-inductance power inductors feature a flat-wire construction, resulting in exceptionally low DC resistance. They come in a wide range of sizes and inductance values for POL, VRM,... | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU10-1012 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU10-1311 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU10-1811 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU10-6003 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU15-1430 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU15-2721 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU15-4421 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU15-4530 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU15-7521 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU16-1031 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU16-2022 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU16-2530 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU16-4021 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU16-4530 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9-103 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9-1320 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9-2011 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9-2820 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9-6011 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9H-103 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9H-1320 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9H-2011 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9H-2820 | |
| EMI // Power-Line-Common-Mo de-Choke // BU // BU9H-6011 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-1-2-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-1-5-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-1-5-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-1-9-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-13-1 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-2-6-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-3-3-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-3-8-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-5-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-6-5-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-7-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-7-5-1 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-8-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT2-9-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-11-5-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-14-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-16-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-2-5-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-28-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-3-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-32-1 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-4-4-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-4-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-5-2-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-56-1 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-6-6-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-7-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT3-8-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-10-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-10-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-125-1 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-13-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-15-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-17-9 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-19-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-26-6 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-32-4 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-36-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-6-15 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-62-2 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-7-5-12 | |
| EMI // Power-Line-Common-Mo de-Choke // CMT // CMT4-72-1 | |
| EMI // Power-Line-Common-Mo de-Choke // P32xx // P3224 | |
| Our CDF Series virtually eliminates conducted EMI in data line applications. It provides common mode and differential mode noise attenuation and reduces noise by a factor of 32 from 15... | |
| Our CM1394 Series common mode choke was designed for IEEE1394 and other twisted-pair interfaces. It provides common mode and differential mode filtering in a single device with more than 21... | |
| Our CMH/CMV Series of common mode chokes enhance power system performance with high-current capability. Designed to minimize electromagnetic interference (EMI) and optimize power transmission efficiency, these robust components are ideal... | |
| Our DFT7160 Series EMI filters are current-compensated ring core double chokes that provide exceptional common mode noise attenuation in general dataline applications. They feature a compact footprint and are less... | |
| Our DLF Series data line EMI filters provide common mode and differential mode filtering in a single component. They reduce conducted noise by a factor of 32 from 5 MHz... | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-134-4-8 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-149-3-8 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-20-12 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-200-3-8 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-26-11 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-273-2-4 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-380-2-4 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-47-8-2 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-49-8 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-567-1-5 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-79-6 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-796-1-5 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT2-80-6-3 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-138-6 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-1439-1-5 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-257-4-9 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-35-12 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-402-3-7 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-695-2-4 | |
| Power // Shielded-Inductors // High-current-radial- lead // DMT // DMT // DMT3-77-8 | |
| RF // Air-Core-Inductors // AxxT-BxxT // B06T | |
| RF // Air-Core-Inductors // AxxT-BxxT // B07T | |
| RF // Air-Core-Inductors // AxxT-BxxT // B08T | |
| RF // Air-Core-Inductors // AxxT-BxxT // B09T | |
| RF // Air-Core-Inductors // AxxT-BxxT // B10T | |
| The CMA family of automotive qualified common mode chokes provide high current capability, high frequency noise suppression, and high isolation voltage for automotive power electronics. Suitable for inverters, motor drives,... | |
| The DFC7045 Series automotive-grade common mode chokes feature a compact chip-style construction, manufactured with a highly automated process to ensure exceptional quality, reliability, and cost-effectiveness. Optimized for high frequency common... | |
| AEC-Q200 qualified; Ideal for a variety of automotive applications 75% smaller than previous generation Very low DCR maintains high efficiency Soft saturation with high current handling capability Magnetic shielding reduces... | |
| Current-compensated ring core double choke Miniature footprint; less than 3.2 mm tall Exceptional common mode noise attenuation AEC-Q200 Grade 3 (−40°C to +85°C) RoHS-compliant 260°C compatible. Matte tin over nickel... | |
| Highest common mode impedance over the widest frequency range. 1250 Vrms, one minute isolation between windings. Inductance values up to 125 mH; current ratings as high as 15 Amps. UL1446... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 2.27 kOhms impedance at 2.9 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 2.59 kOhms impedance at 4.5 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 28.28 kOhms impedance at 0.26 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 3.10 kOhms impedance at 4.9 MHz 1500 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 3.11 kOhms impedance at 1.8 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 3.33 kOhms impedance at 5.8 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 3.64 kOhms impedance at 1.9 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 4.17 kOhms impedance at 1.9 MHz 1500 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 4.19 kOhms impedance at 3 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 4.53 kOhms impedance at 2.2 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 4.56 kOhms impedance at 2.5 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 5.65 kOhms impedance at 1.8 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 6.57 kOhms impedance at 0.98 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 7.95 kOhms impedance at 2.8 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 70 kOhms impedance at 0.21 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Low profile toroid construction Surface mount, magnetically shielded package Up to 9.42 kOhms impedance at 1.1 MHz 1000 Vrms isolation (hipot) between windings Refer to Designing Common Mode Filters for... | |
| Significant noise attenuation over a wide range of frequencies Compact size and light weight Independent windings allow use in high-voltage signal lines 1000 Vrms, one minute isolation (hipot) between windings... |
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