Sci-Compiler

Hands-On Hands-On, Dt1260, Readout, Arbiter, List Dt1260 Readout Arbiter List

Lab 19 - Multichannel Readout Using the Round Robin Arbiter

In this lab, we demonstrate how to acquire and read out data from multiple input channels in a Round Robin fashion using a FIFO-based arbiter.

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Hands-On Hands-On, Dt1260, Multichannel, Sub-Design, Readout, Arbiter, List Dt1260 Multichannel Readout Sub-Design Arbiter List

Lab 20 - Multichannel Design using Sub-Designs

In this lab, we extend the Lab 19 single-channel readout design into a multichannel setup by creating a sub-design that can be instantiated multiple times in the top-level schematic.

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Hands-On Hands-On, Dt1260, Multichannel, Sub-Design, Readout, Arbiter, List Dt1260 Multichannel Readout Sub-Design Arbiter List

Lab 21 - Sub-Block Instances

In Lab 20, we created a single sub-design (core_block) and used the Multichannel Sub Design feature to automatically replicate that block for multiple channels (i.

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Hands-On Hands-On, Dt1260, Multichannel, Sub-Design, Readout, Arbiter, List Dt1260 Multichannel Readout Sub-Design Arbiter List

Lab 22 - Memory-Mapped Components in a Sub-Design

In this lab, we start from Lab 20 (the single-channel design) and create a sub-design that implements the logic for a single channel.

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Hands-On Hands-On, Dt1260, Waveform, Readout, Digitizer Dt1260 Waveform Readout Digitizer

In this lab, we explore how to capture waveforms using the Digitizer component in SciCompiler, adding the hits (64-bit) and timestamp (64-bit) fields so we can store additional information about each acquired waveform.

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Filter ho: Readout

Lab 19 - Multichannel Readout Using the Round Robin Arbiter

Lab 20 - Multichannel Design using Sub-Designs

Lab 21 - Sub-Block Instances

Lab 22 - Memory-Mapped Components in a Sub-Design

Lab 23 - Waveform digitizer