Abstract: A biostimulator, such as a leadless cardiac pacemaker, having a flexible circuit assembly, is described. The flexible circuit assembly is contained within an electronics compartment between a battery, a housing, and a header assembly of the biostimulator. The flexible circuit assembly includes a flexible substrate that folds into a stacked configuration in which an electrical connector and an electronic component of the flexible circuit assembly are enfolded by the flexible substrate. An aperture is located in a fold region of the flexible substrate to allow a feedthrough pin of the header assembly to pass through the folded structure into electrical contact with the electrical connector. The electronic component can be a processor to control delivery of a pacing impulse through the feedthrough pin to a pacing tip. Other embodiments are also described and claimed.

Abstract: A biostimulator, such as a leadless cardiac pacemaker, having a flexible circuit assembly, is described. The flexible circuit assembly is contained within an electronics compartment between a battery, a housing, and a header assembly of the biostimulator. The flexible circuit assembly includes a flexible substrate that folds into a stacked configuration in which an electrical connector and an electronic component of the flexible circuit assembly are enfolded by the flexible substrate. An aperture is located in a fold region of the flexible substrate to allow a feedthrough pin of the header assembly to pass through the folded structure into electrical contact with the electrical connector. The electronic component can be a processor to control delivery of a pacing impulse through the feedthrough pin to a pacing tip. Other embodiments are also described and claimed.

Abstract: A biostimulator, such as a leadless cardiac pacemaker, having a flexible circuit assembly, is described. The flexible circuit assembly is contained within an electronics compartment between a battery, a housing, and a header assembly of the biostimulator. The flexible circuit assembly includes a flexible substrate that folds into a stacked configuration in which an electrical connector and an electronic component of the flexible circuit assembly are enfolded by the flexible substrate. An aperture is located in a fold region of the flexible substrate to allow a feedthrough pin of the header assembly to pass through the folded structure into electrical contact with the electrical connector. The electronic component can be a processor to control delivery of a pacing impulse through the feedthrough pin to a pacing tip. Other embodiments are also described and claimed.

Abstract: Technologies are generally described that relate to analysis of circuits and that facilitate determination of electronic circuit robustness. An example method includes performing, for a cell device by a unit including a processor, statistical analysis to obtain statistical information for the cell device that is indicative of a robustness of the cell device. The robustness of the cell device pertains to a parameter variation of the cell device that is related to a noise of the cell device. The method also includes determining a characteristic of the cell device based on the statistical information.

Abstract: The present invention is directed to a system and method for parallel configurable IP design. In an aspect of the present invention, a method may include receiving input parameters for a configuration by a common IP development environment. A unique combination of input parameters from the received input parameters is identified. At least one unique runtime file of the common IP development environment is initiated. The unique runtime file is derived from a common set of IP deliverables of the common IP development environment. At least one unique output file from the initiated unique runtime file is generated. The initiated unique runtime file and generated unique output file are unique so as to enable parallel implementation of the configuration specified by the received input parameter with at least one other configuration by the common IP development environment.

Abstract: The present invention is directed to a system and method for parallel configurable IP design. In an aspect of the present invention, a method may include receiving input parameters for a configuration by a common IP development environment. A unique combination of input parameters from the received input parameters is identified. At least one unique runtime file of the common IP development environment is initiated. The unique runtime file is derived from a common set of IP deliverables of the common IP development environment. At least one unique output file from the initiated unique runtime file is generated. The initiated unique runtime file and generated unique output file are unique so as to enable parallel implementation of the configuration specified by the received input parameter with at least one other configuration by the common IP development environment.