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The images provided on this website are for press purposes and not to be used commercially.
Publication is allowed in editorial context within media coverage about FBH.
Print and publication is free of charge when source and photographer, as far as mentioned below, are indicated.
Thank you for your information if you use our images: petra.immerz(at)fbh-berlin.de.
Selected Downloads for
Messbar besser: Kalte Flammen helfen der Haut
Press release: 15.07.2009
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Mikrowellen-PlasmaquelleMikrowellen-Plasmaquelle aus dem FBH zur Hauttherapie |
| © FBH |
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Konzentrationen im PlasmaDie Konzentration von Stickstoffmonoxid und Ozon kann über den Prozessgasfluss eingestellt werden. |
| © Ruhr-Universität Bochum |
Common Downloads
LogoLogo of Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik |
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Prof. Dr. Günther TränkleDirector of Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik |
| © FBH/M. Schönenberger |
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Prof. Dr. Günther TränkleDirector of Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik |
| © FBH/M. Schönenberger |
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Prof. Dr. Günther TränkleDirector of Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik |
| © FBH/M. Schönenberger |
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Ferdinand-Braun-Institut - Main Entrance
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| © FBH/schurian.com |
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Ferdinand-Braun-Institut - Solar WallCladding of FBH´s laboratory hall with innovative CIS (copper, indium, sulphide) solar cells from Sulfurcell. The solar plant is run by Dachland company. |
| © FBH/P. Immerz |
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Metal Organic Vapor Phase Epitaxy (MOVPE) - Planetary ReactorLoading of planetary reactor AIX2400G3. Substrate wafers (InP/GaAs) are put inside a sluice and seperately placed into the reactor. This reactor type allows for deposition of up to five 4" wafers at the same time. |
| © FBH/schurian.com |
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Metal Organic Vapor Phase Epitaxy (MOVPE) - Horizontal ReactorHorizontal reactor AIX200/4 in operation. Heating of the quartz glass reactor and the substrates inside is carried out with IR lamps with a characteristic process temperature of about 700°C for GaAs based epitaxy. |
| © FBH/schurian.com |
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Cleanroom - BonderIn order to fabricate a device, the electric source has to be connected via gauzy gold wires (bonding is the connection of two and more devices or wafers by means of various chemical and physical effects). |
| © FBH/schurian.com |
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On-wafer Microwave MeasurementMeasurement of single circuits with special probe tips, which only insignificantly distort the RF properties of the circuits. The distance of the contacts is usually in the range of only 50-150 micrometer. |
| © FBH/schurian.com |
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GaN Wafer with HEMT TransistorsHigh electron mobility transistors (HEMT) based on gallium nitride hetero structures (GaN) on 2" silicon carbide substrates (SiC). The transistors are developed for next-generation equipment in mobile communications and further applications. |
| © FBH/schurian.com |
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Gallium Nitrid Based UV LEDsThese LEDs in the ultraviolet spectral range are supposed to be used for water disinfection. |
| © FBH/schurian.com |
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Master Oscillator Power Amplifier (MOPA)Hybrid integrated oscillator and amplifier which generates laser radiation of highest brilliance: an oscillator laser (usually a DFB or DBR laser), a tapered amplifier and a micro lens as coupling element are mounted on an silicon optical micro bench. |
| © FBH/schurian.com |
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Smaller than a matchbox: Mikrosystems Light Source for "FreshScan"Hybrid integrated diode laser in external cavity on micro-optical bench for the "FreshScan" project. With this diode laser system Raman spectra can be measured, delivering a kind of optical fingerprint depending on the freshness of meat. In the future, this laser shall be integrated in a portable handheld system for flexible use. |
| © FBH/schurian.com |
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Broad Area LaserBroad area laser diode mounted on heatsink. |
| © FBH/schurian.com |
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Laser Stack - Pump Module for X-Ray LaserThese diode laser stacks allow for a novel concept for X-ray lasers. Advantages are e.g. the intensive short-waved light, the comparably small size and the required low pump laser energy. In addition, a diode laser based X-ray laser will need only the area of several desks. The diode laser stack consists of vertically stapled laser bars up to a power range of 1.2 kW with an efficiency of 50%. The design and the parameters of these diode laser stacks were optimized in order to achieve an easier and more stable mounting as well as the simple and efficient coupling of the branch circuit in glass fiber. |
| © FBH/schurian.com |
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Energy Efficient Class S Amplifier for Mobile CommunicationsInnovative, digital amplifier concept which delivers international record values and significantly reduces energy demand of wireless LAN and base stations in mobile communications. The module is based on a gallium nitride switching amplifier IC (integrated circuit). For the first time worldwide, such ICs for bit rates in the GHz range were demonstrated at the FBH. |
| © FBH/schurian.com |
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Gallium Nitride (GaN) Power AmplifierMonolithic integrated GaN power amplifier for the X-band range, mounted as a module. The MMIC delivers more than 10 W output power with 16 dB gain at 8 GHz. Such amplifiers are attractive for a great variety of applications in radar and satellite communication. |
| © FBH/schurian.com |
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Microwave Plasma at Atmospheric PressureThe Ferdinand-Braun-Institut developed a novel plasma source with which air can be sort of lighted generating a cold flame. This source shall be used in the future e.g. for the treatment of skin diseases. |
| © FBH/J. Schmidt |
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Wafer with HBTs Based on InP - Flexible VersionTransferred substrate wafer with hetero-bipolar transistors based on Indium-Phosphide in flexible version. |
| © FBH/J. Schmidt |





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