Ferdinand-Braun-Institut (FBH)

The FBH is an internationally leading research institute in the development of electronic and optical components, modules and systems based on compound semiconductors – including compact and robust components for space applications.

Technologies and components suited for space applications

Quantum technologies for the aerospace market

navigation/time keeping
earth observation
communication

Unique properties – your advantages

GaAs opto-electronic components: compact, reliable & energy-efficient modules
Quantum technology sensor systems

More about integrated quantum technology at the FBH

Micro-integrated laser modules for spaceborne quantum optical metrology

flight heritage
high output power (> 500 mW) excellent stability (< 1 kHz intrinsic linewidth)
small form factor (130 x 80 x 25 mm³)
small mass 750g
wavelenghts: 767 / 780 / 781 / 1064 / 1079

More about micro-integrated laser modules

Laser diode benches for spaceborne solid-state laser pumping

flight heritage
proven long-term reliability
proven endurance under space irradiation and environmental stress/shock
vertically collimated for effective beam forming and efficient pumping of Nd:YAG crystals

Pulsed laser diode benches for spaceborne LiDAR - details

high output power mini-bars

Laser diode benches for laser communication terminals - details

low noise performance
wavelength stabilization

Energy-efficient electronics for satellites

compact wideband envelope tracking system for L-band space applications - details
400V/10A high-speed GaN half-bridge module - details
True vertical GaN MISFETs for pulsed laser applications - details

Scientific Services

We offer complete solutions as a one-stop agency – from design to ready-to-ship modules
We develop tailor-made solutions for customers in research and industry
We transfer our research results into cutting-edge products

You are looking for a research partner regarding our portfolio – get in touch with us!