FEMTO develops and manufactures low-noise amplifier modules and photoreceivers for science and industry.
FEMTO Messtechnik GmbH
Berlin · GermanyNew on Amplifa
About FEMTO
FEMTO Messtechnik GmbH, based in Berlin-Kreuzberg, develops and manufactures low-noise amplifier modules and photoreceivers for scientific and industrial applications. The portfolio comprises current amplifiers (transimpedance amplifiers), voltage amplifiers, GHz broadband amplifiers, lock-in amplifiers, photoreceivers and balanced photoreceivers as well as USB data acquisition and control systems, cables and accessories. The modules cover bandwidths from DC into the GHz range and enable the measurement of currents in the sub-femtoampere range and of optical signals from fW to mW. Customers include the photonics and electronics industry, universities, scientific institutes and research facilities; typical applications are spectroscopy, photonics, surface analysis, quality monitoring, process control and laser physics. The products can be used without specialist knowledge and can be controlled manually or via digital interfaces. The products are sold through international distribution partners.
- Site
- Berlin
- Materials
- AlMg4.5Mn (nickel-plated), Quartz (tuning fork), Black Silicon
- Founded
- 1995
- Industries
- Photonics and electronics industry, Universities and research institutions, Spectroscopy, Surface analysis, Quality monitoring, Process control
- 01
Development
- 02
Manufacture and assembly of the electronics
- 03
Assembly
- 04
Testing and distribution via international distribution partners
Materials and Construction
AlMg4.5Mn (nickel-plated)
Aluminium alloy for the amplifier housings, supplied in nickel-plated form.
Quartz (tuning fork)
Used as the sensor element in the quartz tuning-fork charge amplifier HQA-15M-10T.
Black Silicon
Photodiode material in the Black Silicon photoreceiver variants.
Location
Berlin
DEDevelopment, manufacturing, sales
Industries
History
- 1995
Foundation of FEMTO Messtechnik GmbH in Berlin with the guiding principle of “Sophisticated Tools for Signal Recovery” for scientists and researchers.