Component testing system delivered to European manufacturer of 78 GHz Car Radars

TK has delivered a turnkey Quasi-Optical scalar combined transmissometer/reflectometer to a major European manufacture of car radars. The system measures the performance - the transmission and reflection  - of a vital part of the car radar simultaneously, over the full waveguide E-band (60-90 GHz). A X6 multiplier and detectors are provide by VDI, while a 10-15 GHz Vaunix RF source drives the multiplier chain. Both detectors and the source are controlled by a TK-developed compiled LabVIEW application.     with the results displayed on a dedicated PC Laptop screen  

ESA's Jupiter moon mission radiometer - JUICE SWI - hardware componennts to be built by TK

TK is really excited to have been awarded the design and manufacturing contract for corrugated feed horns and polarizing wire grids for the IAP, University of Bern , designed Quasi-Optics of the Sub-millimetre Wave Instrument (SWI) on ESA's Jovian mission JUICE. SWI is being developed by an international consortium under the lead of the Max Planck Institute for Solar System Research (MPS) in Germany. An image of the SWI instrument can be seen below:   Details of both the overall JUICE mission is available on ESA's WWW site   and the SWI can be found at MPS's site here and a detailed technical description here, from which the abstract is reproduce below: The Submillimetre Wave Instr...
Continue reading

GDPR Privacy Statement

In common with the rest of the commercial universe, we have been hard at work updating our Privacy Policy in the light of the EU's General Data Protection Regulations.  You can find our policy here  

PETER project moves forward

Alisa Leavesleyhas kindly agreed to join us at the start of August. Alisa received her bachelor’s degree in chemistry summa cum laud from James Madison University in 2013 and is anticipated to receive her doctoral degree in physical chemistry under the supervision of Songi Han in June 2018 from the University of California, Santa Barbara. Her research has focused on developing a high field (7 T/200 GHz) dual dynamic nuclear polarization (DNP) and electron paramagnetic resonance (EPR) instrument and understanding the spin physics behind DNP – specifically the influence of radical heterogeneity and clustering on DNP. The PETER project provides a great opportunity for Alisa to expand and apply ...
Continue reading

Low-X-polar compact antennas delivered to NSSC, Beijing

TK have designed and manufactured a set of five dual polarisation Lens/Corrugated horns antennas for China's National Space Science Centre in Beijing, operating from 10.5 GHz to 92 GHz     The antenna have very demanding X-polar specficiation (lower than -26dB), which require novel blooming of the lenses, visible above, and in the HFSS model below - the latter generated by our colleague Dr. Soe Min Tun, who performed the electromagnetic design     with typical predicted antenna patterns given below     Horns and all but one of the OMT's were made by electroforming     The S11 return loss  was measured to be in-spec at the UK's National Physical La...
Continue reading

Horizon 2020 Peter Project kicks off

Thomas Keating is part of an international team which won 3M Euro of EU Horizon 2020 funding for a three year research program to develop a novel instrument  combining  High Frequency Electron Spin Resonance with Plasmon-based scanning probe microscopy. Other members are CIC NanoGUNE [Rainer Hillebrand]  in Spain, Stuttgart University [Joris van Slageren] in Germany,  and CEITEC [Tomáš Šikola and PetrNeugebauer] in Brno, Czech Republic.   Thomas Keating will be responsible for the THz probe and the Quasi-Optical part of the Instrument....  an inital sketch of the former is shown below:      The Kick Off meeting was held in Brno at the end of Janua...
Continue reading