Curriculum Vitae

Jens Wagner was born in 1981 in Freital, Germany. He received his Diploma degree in September 2008 from TU Dresden. Since April 2010 he is researching at the Chair for Circuit design where he received his PhD degree in April 2017. Since May 2013 he is leading the research group “RF Frontend Design”.

Projects/Cooperation within CeTI you are involved in:

• Glove
• Kinesiotape

What are the main topics or questions that drive your research?

Analog integrated RF frontend design for ultra-low power systems.

What inspired you to pursue your current field of work?

I always loved science fiction :)

What excites you most about being part of CeTI?

The interdisciplinarity of the research!

Which challenge or question has recently sparked your curiosity?

I really want to see tiny electronics supplied by energy harvesting!

How do you like to recharge or spend your time outside of work?

Climbing :) !

Publications

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1.

Helmuth P. E. Morath; Xin An; Maximilian G. Becker; Jens Wagner; Frank Ellinger

A 1.1 pJ/b 10 Gb/s V-band OOK transmitter for ultra-compact wireless sensor networks (Proceedings Article)

In: Proceedings of the Asia-Pacific Microwave Conference (APMC), 2025.

(BibTeX)

2.

Xin Xu; Jens Wagner; Frank Ellinger

An investigation of the low-power capability of SiGe HBTs in V-band LNA design (Proceedings Article)

In: Proceedings of the Asia-Pacific Microwave Conference (APMC), 2025.

(BibTeX)

3.

Seyyedmohsen Seyyedrezaei; Jens Wagner; Frank Ellinger

A sub-μW reconfigurable multiband transmitter with 2.57 pJ/bit energy efficiency and dynamic duty-cycling adjustment for sub-GHz applications (Journal Article)

In: IEEE Transactions on Circuits and Systems I: Regular Papers, pp. 1–13, 2025, (early access).

(Links | BibTeX)

4.

Helmuth P. E. Morath; Jens Wagner; Frank Ellinger

A 60 GHz LNA with variable transmission characteristics using Q-enhancement (Proceedings Article)

In: Proceedings of the European Microwave Integrated Circuits Conference (EuMIC), 2025.

(Links | BibTeX)

5.

Georg Meller; Michael Methfessel; Florian Protze; Maximilian Froitzheim; Jens Wagner; Gunter Fischer; Frank Ellinger

An analog frontend for an ultra low power wakeup receiver for on-off keying at 434 MHz with −94 dBm input sensitivity and 28 nW DC power consumption at 10 kbps (Proceedings Article)

In: Proceedings of the European Microwave Integrated Circuits Conference (EuMIC), 2025.

(Links | BibTeX)

6.

Rayan Younis; Ariel Rodriguez; Mats O. Ellenberg; Gregor Just; Katja Eckstein; Katja Krug; Yichen Fan; Tianfang Lin; Jens Wagner; Julien Fischer; Martin Lelis; Anna Barth; Ann Wierick; André Schulze; Sebastian Schröder; Jens Krzywinski; Frank Ellinger; Stefan Gumhold; Sebastian Bodenstedt; Marius Distler; Stefanie Speidel; Jürgen Weitz; Martin Wagner

Towards Tactile Internet in surgery: Multimodal sensor data acquisition for gesture recognition and immersive tele-mentoring (Proceedings Article)

In: Proceedings of the Hamlyn Symposium on Medical Robotics (HSMR), 2025.

(Links | BibTeX)

7.

Mengqi Cui; Jens Wagner; Frank Ellinger

A 60 GHz super harmonic injection locking oscillator with quadrature outputs (Proceedings Article)

In: Proceedings of the IEEE MTT-S International Microwave Symposium (IMS), 2025.

(Links | BibTeX)

8.

Georg Meller; Florian Gast; Florian Protze; Jens Wagner; Frank Ellinger; Gerhard P. Fettweis

Noise analysis of a 434 MHz wakeup receiver analog frontend core with -93 dBm input sensitivity and 65 pJ/bit efficiency based on a switched injection-triggered oscillator with surface acoustic wave resonator (Journal Article)

In: IEEE Transactions on Microwave Theory and Techniques, vol. 73, no. 5, pp. 2723–2738, 2025.

(Links | BibTeX)

9.

Seyyedmohsen Seyyedrezaei; Jens Wagner; Frank Ellinger

Ultra-low-power 0.35 V 0.63 nW/kHz multi-stacked clock oscillator with adjustable frequency and duty-cycling (Journal Article)

In: IEEE Access, vol. 13, pp. 57994–58007, 2025.

(Links | BibTeX)

10.

Lucas Ott; Georg Meller; Jens Wagner; Frank Ellinger

A thermoelectric cooler powering a 434 MHz wakeup receiver from a 10 K temperature gradient generated by ambient heat (Proceedings Article)

In: Proceedings of the German Microwave Conference (GeMiC), 2025.

(Links | BibTeX)

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