Abstract

The AIDA-2020 Trigger Logic Unit (TLU) has been designed to be a flexible and easily configurable unit to provide trigger and control signals to devices employed during test beams, integrating them with the beam telescope. The most recent iteration of the TLU (v1E) has been re-designed within the AIDA-2020 project to integrate with hardware used in beam facilities. Configuration and communication with the TLU are performed over Ethernet. It can be employed as a stand-alone unit or be deployed as part of the EUDAQ2 data acquisition framework, which allows it to connect to a wide range of LHC readout systems. The TLU can operate with a sustained particle rate of 1 MHz and with instantaneous rates up to 20 MHz. In the current firmware iteration, the unit can time-stamp incoming signals with a resolution of 1.5 ns. The hardware, firmware and software designs of the TLU are freely accessible and benefit from constant inputs and upgrades from experienced users. TLU units have already been deployed successfully in beam lines at CERN and DESY.

Highlights

  • In order to simplify the usage of the unit, the Trigger Logic Unit (TLU) can be used in conjunction with the EUDAQ2 framework

  • The trigger logic unit developed for the AIDA-2020 program has successfully been deployed in real data-taking scenarios in several beam tests, allowing users to integrate their hardware with the EUDET telescopes

  • While it is fully back-compatible with the existing EUDET type telescopes, it introduces new modes of operation that increase the achievable trigger rate even in the presence of slow devices in the system

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Summary

Hardware

The current version of the hardware (v1E) is an evolution of the trigger logic unit initially designed to work with EUDET telescopes [7, 8]. The unit can provide 12 V power and control voltage to up to 4 photomultipliers by means of dedicated 9-mm LEMO connectors.. The SFP interface has been used to successfully exchange data using a 250 MHz clock An additional two-pin LEMO connector is configurable as either clock output or input, as explained

Clock capabilities
Firmware
Software
Modes of operation
Handshake
Shutter signal
Distribution and usage
10 MHz Clock
Use as a flexible master clock unit
Conclusions
Full Text
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