Resources

Showing: 251-260 of 266 total resources
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Resource Type Design Area
Enabling Model-Based Design for DO-254 Compliance with MathWorks and Mentor Graphics Tools White Paper Functional Verification , FPGA
New Tools Answer Old Issues in Wiring Harness Design White Paper Electrical & Wire Harness Design
The Aerospace Industry Takes a Fresh Look at Its Wire Harness Design Approach White Paper Electrical & Wire Harness Design
Mechatronic System Integration and Design White Paper System Modeling
Accelerated Verification of a MATLAB-Driven Digital FIR Filter RTL Design Using Veloce and TBX White Paper Functional Verification
Using ReqTracer to Facilitate a Requirements-Driven DO-254 Compliant Design White Paper FPGA
RTL and Synthesis Design Approach to Radiation-Harden and Fail-Safe Targeted Applications White Paper FPGA
Reducing Development Program Risk White Paper System Modeling
Thermal Modeling and Analysis of an Aircraft Electronics Navigation Unit White Paper Mechanical Analysis
Liquid Cooling of Bright LEDs for Automotive Applications White Paper Mechanical Analysis
Showing: 251-260 of 266 total resources
1-10 | ... | 51-60 | 61-70 | 71-80 | 81-90 | 91-100 | 101-110 | 111-120 | 121-130 | 131-140 | 141-150 | 151-160 | 161-170 | 171-180 | 181-190 | 191-200 | 201-210 | 211-220 | 221-230 | 231-240 | 241-250 | 251-260 | 261-266

Aerospace and Military Solutions

Model-Driven Systems Development

The development and intelligent use of computer models are critical to our aerospace and military customers who must ensure that devices are compatible with harsh operating environments and meet their exacting reliability requirements.

Safety Critical Design

Our tools, approaches, and processes help our aerospace and defense customers meet mission-critical quality (DO-254), cost, and safety objectives for their FPGA designs – with no compromises in security, reliability, durability, and efficiency.

Electrical Systems Design and Harness Engineering

We provide our aerospace and military customers with proven tools they need to design their complex electrical systems, control logic, and transmission paths while ensuring safety and reliability.