With substantial growth of emerging THz applications, which include higher-pace 5G communication, satellites, non-invasive spectroscopy, security and surveillance, professional medical and overall health treatment products, and limited assortment automotive radar, the need for correct, responsible and repeatable measurement facts happens to be a lot more important than previously. This is very true for the study and technologies advancement of the equipment, built-in circuits and new product or service setting up blocks serving the necessity of those THz applications.
The MPI TS150-THZ is the initial, worldwide a hundred and fifty mm focused probe station created explicitly for mmW and THz on-wafer measurements around 1.five THz and outside of. It provides unsurpassed attributes:
Seamless integration of any banded, differential or broadband frequency extenders up to one.5 THz
Utmost on mechanical balance and repeatability combined with effortless and basic safety operation
Reducing the measurement path for absolute best measurement directivity.
Air-Bearing Phase
The MPI special air-bearing stage design, with very simple solitary-handed puck Management, gives unsurpassed benefit of operation for quickly XY navigation and speedy wafer loading devoid of compromising correct and wonderful positioning functionality with the extra fantastic and correct 25×25 mm XY-Theta micrometer movement.
1st-to-current market three-Port Capacity
Completely ready for that D-Band and 6G technology with RF/LO frequency protection to a hundred and seventy GHz and further than.
As to start with on the market, MPI’s TS150-THZ permits, three-port mmW characterization of e.g., broadband sub-harmonic mixer by screening of two-sided coupling Strength of mmW and local oscillation (LO) signals simultaneously.
MPI provides a fairly easy enhance path for the prevailing TS150-THZ devices likewise.
Exceptional Platen Raise
with Probe Hover Handle™
The extremely repeatable (one µm) platen elevate layout with three discrete positions for Get in touch with, separation (300 µm), and loading (three mm) with a safety lock utility are all examples of unparalleled operation integrated into MPI TS150-THZ manual probe procedure. These capabilities stop surprising probe or wafer damage when offering intuitive Manage, precise Speak to positioning, and safety established-up. This capability is particularly critical if probes in mmW and sub-THz array are so Expense more info intense.
Further Probe Hover Command™ includes hover heights (fifty, 100 or a hundred and fifty µm) for easy and easy probe to pad alignment