A new design of stripline transition structures and flip-chip interconnects for high-speed
digital communication systems implemented in low-temperature cofired ceramic (LTCC) …

For a fully 360° detection around a vehicle, novel automotive radar system concepts consist
of up to eight radar sensors. The existing sensor-mounting areas, such as front grill or …

This contribution presents the design and fabrication of a RF solderless vertical
interconnection. The test vehicle exploits the spring contact technology to interface two RF …

An automotive radar sensor for cocoon functions or automated parking requires very small
dimensions to access new mounting positions like B-pillar and side skirts. To minimize the …

Minimizing the dimension is one of the most challenging requirements for automotive radar
sensor designs. Investigations for a very compact automotive radar antenna have been …

This paper presents a novel topology for the conception of millimeter-wave (60 GHz)
cylindrical dielectric resonator antenna (DRA) compatible with LTCC (Low Temperature Co …

We present an ultra-compact channelized radiometer back-end implemented in an LTCC
process, featuring an 8-channel, wide bandwidth multiplexer. The multiplexer has 8 …

In this paper, a millimeter wave vertical transition with ultra wideband filtering function is
presented. Compared with the traditional vertical transition, it not only has the vertical …

In this paper, a wireless communication and control microsystem based on double-sided
cavity with thick and thin film hybrid integration is designed. The system adopts the form of …

This paper presents a novel topology for the conception of millimeter-wave (60 GHz)
cylindrical dielectric resonator antenna (DRA) compatible with LTCC (Low Temperature Co …