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专业护垫
专业护垫
PADS Professional is a proven PCB design flow for hardware engineers, enabling electronic designs from concept to production in an easy-to-use environment spanning the designer desktop to a connected cloud environment. The platform eliminates traditional boundaries and accelerates time-to-market for complex electronics.
Key capabilities include routing automation that reduces PCB layout time by up to 80%, real-time electro-mechanical co-design collaboration, rigid-flex design support, signal integrity analysis with HyperLynx, RF design for 6 to 100GHz wireless, and integrated design-for-manufacturing validation.
Key PADS Professional Solutions:
- Electro-mechanical co-design collaboration
- Routing automation (up to 80% reduction)
- Rigid-flex and flex design support
- Analog/mixed-signal simulation
- Signal integrity analysis with HyperLynx
- Design-for-manufacturing validation
- RF design for 6 to 100GHz wireless
- Cloud-connected design environment
Electro-Mechanical Co-design
PCB and mechanical engineers collaborate in real-time using world-class collaboration data transfer standards, eliminating traditional domain boundaries and accelerating time-to-market for complex multi-domain electronic products.
- Real-time PCB and mechanical collaboration
- World-class data transfer standards
- Eliminates multi-domain boundaries
- Accelerated time-to-market
Routing Automation
PADS Professional routing automation reduces PCB layout time by up to 80%, providing a significant competitive advantage for complex electronics design teams and enabling faster design cycles for demanding board configurations.
- Up to 80% reduction in PCB layout time
- Competitive advantage for complex designs
- Faster design cycles
- Handles complex board configurations
Rigid-Flex Design
PADS Professional supports flex and rigid-flex operations that understand unique structures, constraints, plane management, materials, and stack-ups, enabling designers to create complex flexible circuit configurations with full design rule enforcement.
- Flex and rigid-flex design support
- Unique structure and constraint understanding
- Advanced plane and material management
- Stack-up configuration for flex boards
