20240046018. LOGIC CIRCUIT DESIGN METHOD AND LOGIC CIRCUIT DESIGNING APPARATUS simplified abstract (Renesas Electronics Corporation)

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LOGIC CIRCUIT DESIGN METHOD AND LOGIC CIRCUIT DESIGNING APPARATUS

Organization Name

Renesas Electronics Corporation

Inventor(s)

Hiroshi Ishiyama of Tokyo (JP)

LOGIC CIRCUIT DESIGN METHOD AND LOGIC CIRCUIT DESIGNING APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240046018 titled 'LOGIC CIRCUIT DESIGN METHOD AND LOGIC CIRCUIT DESIGNING APPARATUS

Simplified Explanation

The abstract of this patent application describes a method for designing a semiconductor device. The method involves interpreting a delay value from a timing constraint, inputting data defining a logic circuit and timing constraint, calculating the delay value for each path in the logic circuit, and verifying the logic circuit by detecting any delay value that violates the logic verification.

  • The method involves interpreting a delay value from a timing constraint.
  • Data defining a logic circuit and timing constraint is inputted.
  • The delay value for each path in the logic circuit is calculated.
  • The logic circuit is verified by detecting any delay value that violates the logic verification.

Potential applications of this technology:

  • Designing and optimizing semiconductor devices.
  • Improving the performance and efficiency of logic circuits.
  • Ensuring the reliability and functionality of semiconductor devices.

Problems solved by this technology:

  • Ensures that the timing constraints of a logic circuit are met.
  • Helps identify and fix any logic verification violations.
  • Improves the overall performance and reliability of semiconductor devices.

Benefits of this technology:

  • Streamlines the design process of semiconductor devices.
  • Reduces the risk of timing-related issues in logic circuits.
  • Enhances the overall functionality and performance of semiconductor devices.


Original Abstract Submitted

a method of designing a semiconductor device. it can comprise interpreting a constraint defining a delay value from a timing constraint by inputting data defining a logic circuit and timing constraint data defining a timing constraint relating to the logic circuit, calculating the delay value that can applied to each path in the logic circuit, and verifying the logic circuit by detecting the delay value as a logic verification violation.