Voltage Level Translation Solutions for I2C-Bus Applications
As processors’ core voltage continue to migrate to lower voltages while most I2C peripheral devices operate at 3.3-V or 5-V supply, voltage level translation devices help engineers solve voltage mismatch dilemma seen in many designs today. However, selecting the right solution is never intuitive. This course will present the auto bi-directional translators that are designed for I2C-bus applications when interfacing devices that are operating at different voltage levels. The voltage level translators improved connectivity between next generation processors and I2C-bus peripheral devices. The course will also discuss other factors to consider when selecting a voltage translation solution.
What the audience will learn:
- Why Voltage level translation is required
- I2C-bus application examples
- Possible solutions
Emmanuel T. Nana, Product Applications Engineer, Interface Products Business Line, NXP Semiconductors
Emmanuel Nana is a Product Applications Engineer with the Interface Products Business Line at NXP Semiconductors. He is primarily responsible for supporting industrial and automotive customers in the Americas with Interface Products from NXP.
Emmanuel holds an MSEE from Texas A&M University, and he has more than fourteen years of system design and product applications experience with hardware and software for analog and digital electronic systems.
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