Name: MB Electronic AG
Address: Am Schmiedberg 10, Dietramszell, 83623, Germany
Telephone: +49 (0) 8027/90898-50

Cooling

We offer a full engineering service for each of these solutions: water-cooled plates, heat exchangers, heat pipes (and systems), high-performance heat sinks and extruded profiles.

NEOcore

NEOcore is a two-phase cooling technology that improves the thermal conductivity of aluminium by up to 1,000 times. Thermosiphon channels integrated into the aluminium structure enable extremely rapid heat transfer and significantly reduce temperature differences between the heat source and the surrounding environment. This allows high heat dissipation to be managed effectively, even in compact designs.

Aurora

Aurora is an aluminium heat sink platform that combines NEOcore phase-change technology with the advantages of traditional extruded profiles. It has been developed for mass-production applications and offers significantly improved thermal performance compared to conventional aluminium heat sinks, whilst remaining highly cost-effective.

Ultima

Ultima is designed for applications with extremely high thermal demands. Its design, featuring a large evaporator area and a specially engineered fin structure, enables the dissipation of several kilowatts of heat per module and supports controlled, stable temperature regulation in performance-critical systems.

Wasserkühlplatten

Water-cooled plates are among the most efficient cooling solutions. A liquid coolant is directed straight to the heat source, enabling large amounts of heat to be reliably dissipated and temperature gradients to be minimised. They are primarily used in applications involving very high power densities and limited installation space.

Kühlkörper

Our portfolio includes stamped heat sinks for printed circuit boards, extruded profiles and high-performance heat sinks with pressed-in or milled fins. These solutions cater for both natural and forced convection and can be adapted to different performance requirements and designs.

Vapor Chamber

Vapor chambers absorb heat from localised hotspots, distribute it evenly over a larger area and dissipate it in a controlled manner. They are particularly suitable for compact systems with high power density and uneven heat distribution.

Wärmetauscher

Heat exchangers enable the transfer of heat between liquids and air and are used to remove large amounts of heat from the overall system. They form part of overarching cooling systems in which defined operating temperatures must be maintained at all times.

Heatpipes und -systeme

Whether for microprocessors, IGBTs or high-frequency semiconductors, heat pipes dissipate heat efficiently. As a design element, heat pipes offer simple yet effective solutions for heat transfer. They are used to transport heat from hotspots to remote cooling surfaces and can be implemented as individual components or as an integrated system solution.

Resistors

Thick-film, high-power and film resistors. We offer a comprehensive range of specialised resistors.

Thick-film resistors

These compact high-power resistors, ranging from 100 W to 800 W, are characterised by high insulation and partial discharge. They have low inductance and can be mounted directly onto heat sinks.

Film resistors

The standout feature of these high-performance resistors is their high energy absorption capacity (25 J/50 µs). The 500 W resistor has low inductance and exhibits high partial discharge.

Wire resistors

The resistors are designed for various applications and come in aluminium housings. These provide effective heat dissipation. A range of shapes and connections is available. All types are also available in a low-inductance version.

Cores

We offer a comprehensive range of soft magnetic cores. Powder cores (Sendust, MPP, High Flux, silicon-iron, Optilloy), ferrite cores, and nanocrystalline and amorphous strip cores.

Powder cores from Micrometals

Powder cores are cores with an air gap distributed along the entire magnetic path, resulting in high pre-magnetisability and a smooth saturation curve.

Ferrites from DMEGC

Ferrite cores are technical ceramics with optimised soft magnetic properties. In this process, pre-sintered granules are pressed into the desired shape and sintered over a period of several hours.

Nanocrystalline cores of DMEGC

Nanocrystalline cores are wound from thin strips approximately 16 μm thick. This enables high permeability of up to 800,000 and high saturation, combined with excellent temperature stability.

Contact

Get in touch with us.

Address

Am Schmiedberg 10
83623 Dietramszell

Phone

+49 (0) 8027/90898-50

Fax

+49 (0) 8027/90898-58

E-Mail

info@mb-electronic.de

Products