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Multimedia Resource Center

Showing: 1-7 of 7

Design Medical Electronic Devices Faster and Improve Productivity

35:55

On-demand Web Seminar: This webinar demonstrates partitioning and testing of firmware and digital hardware, interface compliance, and performance validation. 35:55

Tags: Mechatronic, Mixed-Signal, Physical Prototype, Safety-Critical Design, System Design, system engineering, Virtual system integration

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Partitioning & Testing of Firmware & Digital Hardware, Interface Compliance, & Performance Validation

43:48

On-demand Web Seminar: This webinar demonstrates partitioning and testing of firmware and digital hardware, interface compliance, and performance validation. 43:48

Tags: Mechatronic, Mixed-Signal, Physical Prototype, Safety-Critical Design, System Design, system engineering, Virtual system integration

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Eliminating the Cost and Need Associated with Early Physical Prototypes

53:59

On-demand Web Seminar: Focused at system engineering teams, this webinar covers the development of an architectural virtual prototype that supports algorithm development, HW/SW co-simulation and virtual system integration using... 53:59

Tags: Mechatronic, Mixed-Signal, Physical Prototype, Safety-Critical Design, System Design, system engineering, Virtual system integration

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SPICE and Beyond with SystemVision

31:01

Product Demo: This presentation starts with familiar SPICE modeling methods. But it then quickly goes beyond the limits of SPICE, exploring important design aspects other than pure analog-electronics. This includes tracking... 31:01

Tags: Concurrent Engineering, Design Abstraction, Mechatronic, Medical Electronics Design, Mixed-Signal, Multi-Level Design, SPICE, System Design, Virtual system integration

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Block-based Modeling Methods in SystemVision

33:57

Product Demo: This presentation explores a variety of techniques for developing models of components, based on datasheet performance specifications. These models are simply “assembled” from the fundamental... 33:57

Tags: Concurrent Engineering, Mechatronic, Mixed-Signal, multi-physics, System Design, system engineering, Virtual system integration

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LVDT Sensor Modeling and Signal Conditioning Design

30:55

Product Demo: This presentation shows how the VHDL-AMS modeling language can be used to model a “multi-physics” sensor component: A Linear Variable Differential Transformer (LVDT). The model is based on fundamental... 30:55

Tags: Concurrent Engineering, Mechatronic, Mixed-Signal, Multi-Level Design, System Design, Virtual system integration

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Audio System Modeling and Simulation

27:51

Product Demo: This presentation extends the concepts developed in the companion presentation, “SPICE and Beyond with SystemVison: Audio Amplifier Example”. Here, in order to provide accurate dynamic loading... 27:51

Tags: Mechatronic, Mixed-Signal, Multi-Level Design, System Design, Virtual system integration

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Showing: 1-7 of 7
 
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