Intel corporation (20240337692). Configurable Storage Circuits And Methods simplified abstract
Contents
Configurable Storage Circuits And Methods
Organization Name
Inventor(s)
Rajiv Kumar of Tanjung Tokong (MY)
Amit Agarwal of Hillsboro OR (US)
Steven Hsu of Lake Oswego OR (US)
Scott Weber of Piedmont CA (US)
Configurable Storage Circuits And Methods - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240337692 titled 'Configurable Storage Circuits And Methods
The abstract describes a flip-flop circuit that can store different values of a data signal in response to rising and falling edges of a clock signal, depending on the mode it is configured in.
- The flip-flop circuit has first and second storage circuits.
- It can store first values of the data signal in the first storage circuit on rising edges of the clock signal.
- It can store second values of the data signal in the second storage circuit on falling edges of the clock signal during a double edge triggered mode.
- It can store third values of the data signal in the first storage circuit and output them in response to the clock signal during a single edge triggered mode.
Potential Applications: - Digital signal processing - Memory storage systems - Communication systems
Problems Solved: - Efficient storage and retrieval of data signals - Synchronization of data processing
Benefits: - Versatile operation modes - Improved data handling efficiency - Enhanced system performance
Commercial Applications: Title: "Advanced Flip-Flop Circuit for Data Processing Systems" This technology can be used in various industries such as telecommunications, computer hardware, and automation systems to enhance data processing capabilities and improve overall system performance.
Questions about the technology: 1. How does the flip-flop circuit improve data processing efficiency? 2. What are the key differences between the double edge triggered mode and the single edge triggered mode in this circuit design?
Original Abstract Submitted
a flip-flop circuit includes first and second storage circuits. the flip-flop circuit is configurable to store first values of a data signal in the first storage circuit in response to rising edges of a clock signal and to store second values of the data signal in the second storage circuit in response to falling edges of the clock signal during a double edge triggered mode. the flip-flop circuit is configurable to store third values of the data signal in the first storage circuit and to output the third values from the first storage circuit in response to the clock signal during a single edge triggered mode.
