CPAD Workshop 2023

Session

RDC11

Nov 9, 2023, 11:00 AM

51/1-102 - Kavli Auditorium (SLAC)

Conveners

RDC11: Session 1

• Gabriele Giacomini (Brookhaven National Lab)
• Matthew Wetstein (Iowa State University)

18. Design of a 40 GS/sec 10 mw/Channel Waveform Sampling ASIC in 65 nm CMOS

Jinseo Park (University of Chicago)

11/9/23, 11:00 AM

RDC11: Fast Timing

Oral

The development of large-area MCP-based particle detectors with time resolutions of 5 ps or less [1] would allow substantive advances in particle identification at particle colliders such as the LHC and EIC, high precision mass reconstruction in searches for rare K and η decays, and a reduction by orders-of-magnitude of the radiation dose in positron-emission tomography [2, 3]. We describe a...

32. LAPPD Based TOF system at Fermilab Test Beam Facility

Nathaniel Pastika (FNAL)

11/9/23, 11:20 AM

RDC11: Fast Timing

Oral

To meet the demands of modern detector designs, a new time of flight (TOF) detector based on Large Area Picosecond Photo Detectors (LAPPD) is being developed for the Fermilab Test Beam Facility (FTBF). An array of LAPPDs will be deployed in combination with a multichannel 10 Gsps DAQ based on the PSEC4 ASIC. Timing synchronization over long distance will be achieved using a White Rabbit...

118. Synchrotron light source X-ray detection with Low-Gain Avalanche Diodes

Yuzhan Zhao (SLAC)

11/9/23, 11:40 AM

RDC11: Fast Timing

Oral

Low Gain Avalanche Diodes (LGADs) represent the state-of-art technology in fast timing measurement for charged minimum ionizing particles (MIPs). LGADs are initially developed for future Timing Detectors in the ATLAS and CMS experiments at the High-Luminosity LHC. One of LGADs’ key features is the gradient-doped multiplication layer providing intrinsic gain. The intrinsic gain enables the...

146. Precision Timing Using Composite Microchannel Plates

Eric Spieglan

11/9/23, 12:00 PM

RDC11: Fast Timing

Oral

We propose a technique to use composite microchannel plate detectors to measure the arrival time of particles. The resistive and electron multiplying functions of a microchannel plate can be constructed by thin coatings on many insulating substrates. Suitable substrates could produce the initial electrons for multiplication in situ. Such composite microchannel plates produced without fiber...