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TDK Transformer Ferrite Core ETD 39/20/13, N87 Material, 2700 nH, Max Temp 155°C B66363G0000X187

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TDK Transformer Ferrite Core ETD 39/20/13, N87 Material, 2700 nH, Max Temp 155°C B66363G0000X187

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Category Transformer Cores Brand TDK Condition New

Specifications

Country of Origin	Czech Republic
Brand	TDK
Material	N87
Length	38.9mm
Model	B66363G0000X187
Depth	20mm
Width	12.8mm
Series	B66363
Maximum Operating Temperature	155°C
For Use With	Power TransFormers, SMPS transformers
Standards/Approvals	IEC 61185
Core Size	ETD 39/20/13
AL Rating	2700nH

Key Features

Constructed of high-quality N87 ferrite material for optimal magnetic performance.
ETD 39/20/13 core size suitable for power transformer and SMPS transformer applications.
Provides an AL rating of 2700 nH for efficient inductance.
Maximum operating temperature rated at 155 degrees Celsius.
Complies with IEC 61185 standards ensuring reliability and safety.
Manufactured to exacting standards in the Czech Republic.

Product Description

TDK B66363G0000X187 Transformer Ferrite Core ETD 39/20/13 is designed specifically for power transformers and switch mode power supplies (SMPS). Crafted from premium N87 ferrite material, this core ensures optimum performance with a high AL rating of 2700 nH, facilitating efficient energy transfer.

Its ETD 39/20/13 form factor with precise dimensions (length 38.9 mm, width 12.8 mm, and depth 20 mm) makes it an ideal choice for compact transformer designs requiring reliable magnetic properties. The core supports a maximum operating temperature of 155°C, enabling stable operation under demanding thermal conditions.

Manufactured according to IEC 61185 standards, this ferrite core meets rigorous quality and safety requirements for industrial and electronic applications. The B66363 series offers both gapped and ungapped varieties, suitable for varied transformer designs and applications.

Typical industrial use cases include power supply units, SMPS transformers, and other electrical transformer assemblies where size, thermal tolerance, and magnetic performance are critical. The core’s material and design balance weight and efficiency, making it well suited for multiple power electronics projects.

High-performance N87 ferrite material optimized for transformer applications. Supports compact ETD 39/20/13 core size requirements. 2700 nH inductance rating for efficient magnetic flux handling. Maximum operating temperature of 155°C enhances reliability.

Compliance with IEC 61185 ensures international quality standards. Precision dimensions for seamless transformer integration. Manufactured in Czech Republic ensuring trusted origin and quality. Explore the comprehensive range of TDK transformer ferrite cores and related power supply components at EnvMart for your industrial, laboratory, and manufacturing needs.

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Frequently Asked Questions

The ferrite core has an AL rating of 2700 nH, which facilitates efficient inductance for transformer applications.

This model supports a maximum operating temperature of 155°C, enhancing its reliability under thermal stress.

The ETD 39/20/13 core has dimensions of 38.9 mm in length, 12.8 mm in width, and 20 mm in depth.

It complies with IEC 61185 standards, ensuring it meets rigorous quality and safety requirements for industrial applications.

The core is constructed from high-performance N87 ferrite material, optimized for transformer applications.

This model is suitable for use in power transformers and switch mode power supplies (SMPS).

It is manufactured in the Czech Republic, ensuring trusted origin and quality.

This core belongs to the B66363 series, which offers both gapped and ungapped varieties for different transformer designs.

The core size is classified as ETD 39/20/13, suitable for compact transformer designs.

The core's precise dimensions enable seamless integration into transformer assemblies, but specific installation requirements should be determined based on the overall design.

It is designed for use with power transformers and SMPS transformers, making it versatile for various electrical applications.

The 2700 nH rating indicates the inductance level, which is crucial for efficient magnetic flux handling in transformer applications.