20240031707. PROGRAMMABLE PHASE GENERATOR FOR A RADIATION DETECTOR simplified abstract (LYNRED)

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PROGRAMMABLE PHASE GENERATOR FOR A RADIATION DETECTOR

Organization Name

LYNRED

Inventor(s)

Philippe Mejean of Montaud (FR)

PROGRAMMABLE PHASE GENERATOR FOR A RADIATION DETECTOR - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240031707 titled 'PROGRAMMABLE PHASE GENERATOR FOR A RADIATION DETECTOR

Simplified Explanation

The abstract of this patent application describes a generator of phases for a detector. The generator includes elementary machines that interpret microcode stored in a register. Each elementary machine has a logic level change detector as a control input and a phase output with a controlled switch and a controlled inverter to define and toggle the logic level of the output. The elementary machines also have clock signals associated with counters and a unit for loading instructions and arguments from the register.

  • The patent application describes a generator of phases for a detector.
  • The generator includes elementary machines that interpret microcode stored in a register.
  • Each elementary machine has a logic level change detector as a control input.
  • Each elementary machine has a phase output with a controlled switch and a controlled inverter.
  • The controlled switch enables the definition of the logic level of the phase output.
  • The controlled inverter enables the toggling of the logic level of the phase output.
  • Each elementary machine has clock signals associated with counters.
  • Each elementary machine has a unit for loading instructions and arguments from the register.
  • The instructions are coded over 3 bits.

Potential Applications of this Technology:

  • This technology can be applied in detectors used in various fields such as electronics, telecommunications, and signal processing.
  • It can be used in systems that require precise timing and synchronization.

Problems Solved by this Technology:

  • The generator of phases solves the problem of interpreting microcode stored in a register.
  • It provides a controlled switch and inverter to define and toggle the logic level of the phase output.
  • The clock signals associated with counters ensure accurate timing.

Benefits of this Technology:

  • The generator of phases improves the efficiency and accuracy of detectors.
  • It allows for precise control of the logic level of the phase output.
  • The ability to toggle the logic level provides flexibility in signal processing.
  • The loading unit simplifies the process of loading instructions and arguments from the register.


Original Abstract Submitted

a generator of phases of a detector integrates at least one elementary machine for interpreting a microcode stored in a register. each elementary machine includes at least one control input having a logic level change detector. each elementary machine also includes at least one phase output having a controlled switch, enabling to define the logic level of the phase output, and a controlled inverter enabling to toggle the logic level of the phase output. further, each elementary machine includes at least one clock signal associated with a counter, and a unit for loading the instructions and the arguments stored in the register, the instructions being coded over 3 bits.

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