Optimizing focused ion beam created solid immersion lenses in bulk silicon using design of experiments. - Philipp Scholz; Christian Gallrapp; Uwe Kerst; Ted R. Lundquist; Christian Boit (Microelectron. Reliab., 2010)

Efficient and flexible Focused Ion Beam micromachining of Solid Immersion Lenses in various bulk semiconductor materials - An adaptive calibration algorithm. - Philipp Scholz; Norbert Herfurth; Michael Sadowski; Ted R. Lundquist; Uwe Kerst; Christian Boit (Microelectron. Reliab., 2014)

A BIST structure for the evaluation of the MOSFET gate dielectric interface state density in post-processed CMOS chips. - Norman Dodel; Stefan Keil; Andreas Wiemhofer; Malte Kortstock; Philipp Scholz; Uwe Kerst; Roland Thewes (ESSCIRC, 2015)

High output power frequency doubler for digital PLLs in fully integrated 24 GHz CMOS radar systems. - Soenke Vehring; Yaoshun Ding; Philipp Scholz; Dominic Maurath; Friedel Gerfers; Georg Böck (ICUWB, 2017)

A 0.02-mm2 9-bit 100-MS/s Charge-Injection Cell Based SAR-ADC in 65-nm LP CMOS. - Marcel Runge; Dario Schmock; Philipp Scholz; Georg Böck; Friedel Gerfers (ESSCIRC, 2018)

High Performance Electronic Design Education - from Technology towards High Frequency Chip Sets. - Andreas Mai; Philipp Scholz; Gerhard G. Fischer; Friedel Gerfers (FIE, 2019)

True Voltage-Mode NRZ VCSEL Transmitter enabling 60 Gbit/s at 0.37 pJ/bit in 22 nm FDSOI. - Urs Hecht; Helia Ordouei; Nikolay Ledentsov Jr.; Philipp Scholz; Patrick Kurth; Nikolay N. Ledentsov; Friedel Gerfers (ESSCIRC, 2023)

A 0.4 pJ/bit NRZ Voltage Mode VCSEL Driver for up to 224 Gbit/s SWDM Links. - Urs Hecht; Helia Ordouei; Nikolay Ledentsov Jr.; Philipp Scholz; Patrick Kurth; Ilya E. Titkov; Nikolay N. Ledentsov; Friedel Gerfers (OFC, 2023)

A mmw Low-Noise Sub-Sampling Phase-Locked Loop with a Non-Pulsed Charge Pump, Frequency Calibration and a Compact Ultra-High-Q Resonator. - Patrick Kurth; Philipp Scholz; Philipp Nickel; Urs Hecht; Enne Wittenhagen; Kai Misselwitz; Friedel Gerfers (ISCAS, 2024)

A DAC-based Transmitter with VCSEL Bias-Current Generation enabling 180 Gbit/s PAM-8 Electrical and 100 Gbit/s PAM-4 VCSEL-based Transmission in 22nm SOI. - Urs Hecht; Philipp Scholz; Patrick Kurth; Frowin Buballa; Helia Ordouei; Friedel Gerfers (CICC, 2025)