OrCAD Capture

34 reviews

OrCAD Capture is a schematic design solution widely utilized by electronic design engineers and technicians for creating and documenting electrical circuits. It offers a comprehensive environment for schematic entry, facilitating the design of complex circuits with efficiency and precision. Key Features and Functionality: - Hierarchical Design Support: Enables the creation of complex designs through hierarchical structures, promoting modularity and ease of management. - Variant Design Capabilities: Allows for the development of multiple design variants within a single project, streamlining the process of accommodating different requirements. - Extensive Component Library: Provides access to a vast library of schematic symbols and components, including discretes, FPGAs, operational amplifiers, and microcontrollers, enhancing design flexibility. - Component Information System (CIS) Integration: Facilitates seamless integration with company component databases, ensuring the use of preferred and current parts, thereby accelerating the design process and reducing project costs. - Bi-Directional PCB Integration: Offers seamless integration with PCB design tools, enabling data synchronization and cross-probing between schematic and board designs, ensuring consistency and reducing errors. - Simulation Integration: Supports integration with simulation tools like PSpice, allowing for early analysis and verification of circuit behavior directly within the schematic environment. Primary Value and User Solutions: OrCAD Capture streamlines the schematic design process by providing a user-friendly interface combined with powerful features that enhance productivity and accuracy. Its integration with component databases and simulation tools ensures that designs are both efficient and reliable. By supporting hierarchical and variant designs, it accommodates complex projects and multiple design requirements, reducing time-to-market and development costs. The extensive component library and seamless PCB integration further simplify the design workflow, making OrCAD Capture an essential tool for modern electronic design.

OrCAD PCB Designer

15 reviews

OrCAD PCB Designer is a comprehensive, constraint-driven PCB design solution that integrates schematic capture, PCB layout, and in-design analysis within a unified environment. It is engineered to address the complexities of modern electronic designs, from simple circuits to high-density, multi-layer PCBs, ensuring efficiency and accuracy throughout the design process. Key Features and Functionality: - Schematic Capture: OrCAD Capture provides an intuitive interface for creating and managing complex schematics, facilitating seamless integration with PCB layout and simulation tools. - PCB Layout: The PCB Editor offers interactive placement and routing capabilities, including real-time constraint-driven feedback, dynamic shape management, and support for rigid-flex designs. - In-Design Analysis: Integrated tools for signal integrity analysis, design rule checks, and manufacturability assessments help identify and resolve potential issues early in the design cycle. - Automation and Productivity Tools: Features like auto-assisted BGA fanouts, via creation, and placement replication streamline repetitive tasks, enhancing productivity. - Scalability: Built on a common database architecture, OrCAD PCB Designer scales with evolving design challenges, offering a path to more advanced capabilities within the Cadence Allegro series. Primary Value and User Solutions: OrCAD PCB Designer empowers engineers and designers to efficiently create reliable and manufacturable PCB designs by providing a cohesive environment that integrates all aspects of the design process. Its constraint-driven approach ensures design accuracy, while automation and in-design analysis tools reduce the likelihood of errors and the need for costly revisions. The solution's scalability and integration with the broader Cadence ecosystem make it suitable for a wide range of applications, from consumer electronics to complex, high-speed systems, enabling faster time-to-market and improved product quality.