C. Chock

TL;DR: In this article , the first results from the HPSoC ASIC designed for readout of Ultra-fast Silicon Detectors are presented, with the analog front end with β-particles impinging on 3 × 3 AC-LGAD arrays (500μm pitch, 200 × 200 μm2 metal).

TL;DR: Researchers design SymPETv1, a "System on Chip" for ultra-high resolution Time Of Flight PET, utilizing Waveform Digitization to capture and convert sensor waveforms, achieving optimal timing and energy resolution for TOF-PET readout systems.

TL;DR: Researchers design the UDCv2-a, a 32-channel waveform digitizer chip with 10 Gsps sampling and <10ps resolution, suitable for high-energy density plasma diagnostics and other applications requiring high timing performance and large buffer length.

TL;DR: SymPET is a high-resolution TOF PET readout microchip with low power consumption and high channel density. It includes features such as fully random accessible analog storage, input triggering, and on-chip biasing, control and waveform feature extraction capabilities. Preliminary results show that SymPET can provide less than 10 ps timing jitter at a reasonable power budget.