Whitepaper
The Rise of Automotive Grade, AEC-Q100 Clock Generators
There have been an abundance of technological breakthroughs in automotive electronics in recent years. More than ever, manufacturers are motivated to bring feature-rich infotainment systems and advanced driver assistance systems (ADAS) to their product lines as they pursue the development of fully autonomous vehicles. Advanced semiconductor technologies are the key reasons behind the swift development and deployment of new vehicle systems.
Download this whitepaper to learn how:
- Ethernet, PCI-Express, and highspeed SerDes are driving next generation automotive timing requirements
- To define a clock tree leveraging feature-rich clock generators to simplify your design
- Innovative clock generator output driver design and new layout techniques help overcome CISPR emissions challenges
- Silicon-based timing solutions increase system reliability over legacy quartz crystals and oscillators
Whitepaper
The Rise of Automotive Grade, AEC-Q100 Clock Generators
There have been an abundance of technological breakthroughs in automotive electronics in recent years. More than ever, manufacturers are motivated to bring feature-rich infotainment systems and advanced driver assistance systems (ADAS) to their product lines as they pursue the development of fully autonomous vehicles. Advanced semiconductor technologies are the key reasons behind the swift development and deployment of new vehicle systems.
Download this whitepaper to learn how:
- Ethernet, PCI-Express, and highspeed SerDes are driving next generation automotive timing requirements
- To define a clock tree leveraging feature-rich clock generators to simplify your design
- Innovative clock generator output driver design and new layout techniques help overcome CISPR emissions challenges
- Silicon-based timing solutions increase system reliability over legacy quartz crystals and oscillators