EPCOS / TDK ERU 27 Chokes
EPCOS / TDK ERU 27 Chokes are AEC-Q200 qualified and feature a 1µH to 15µH rated inductance with self-leaded construction. ERU 27 Chokes offer helical winding, underbody termination, magnetic shielding, and a high-temperature ferrite core. This series has three pins for improved reliability, is suitable for pick-and-place processes, and has low DC resistance and a low profile. EPCOS / TDK ERU 27 Chokes are ideal energy storage chokes for DC/DC, POL, and solar converters.
Features
- High rated current
- Low DC resistance
- Low profile and small footprint
- Suitable for pick-and-place processes
- RoHS compatible
- Easily customized
- AEC-Q200 qualified
- Construction
- High-temperature ferrite core
- Magnetically shielded
- Helical winding
- Self-leaded construction
- Underbody termination
- 3 pins for improved reliability
Applications
- Energy Storage Chokes
- DC-DC converters
- VRM modules
- POL converters
- Solar converters
Specifications
- 1µH to 15µH rated inductance
- 22.9A to 101.5A saturation current
- ±10% inductance tolerance
- -40°C to +150°C operating temperature range
ERU Chokes
EPCOS / TDK ERU 13 Chokes
Offers a 0.5µH to 3.9µH rated inductance range, 12A to 30A saturation current, and 4.95mm height.
EPCOS / TDK ERU 16 Chokes
Magnetically shielded, high-temperature ferrite core, helical winding & self-leaded construction.
EPCOS / TDK ERU 19 Chokes
High-temperature ferrite core within a small low-profile package, 1µH to 30µH saturation range.
EPCOS / TDK ERU 20 Chokes
AEC-Q200 qualified and offers a 35µH maximum inductance rating and 9.3A to 50A current range.
EPCOS / TDK ERU 24 Chokes
Offers a 1µH to 30µH inductance range, 79.3A maximum current, and AEC-Q200 qualified.
EPCOS / TDK ERU 25 Chokes
15A to 71A saturation current range, 20µH maximum inductance rating, & helical winding construction.
ERU Design Kits
EPCOS / TDK Design Kits
Designed to help engineers select the ideal components for their applications.
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EPCOS / TDK ERU Chokes
1µH to 35µH rated inductance, 10.3A to 101.5A current, and have AEC-Q200 qualified modules.