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On-Demand Webinar |
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| Advanced Power Dissipation |
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Overview:
This webinar examines the influence of power dissipation and thermal resistance on semiconductor power components such as MOSFETs, smart switches and voltage regulators. In particular, time-dependent behavior will be discussed using the concept of the thermal impedance, or Zth(t) diagram, including thermal RC-modeling techniques. Practical calculation examples illustrate the real-world application of the theoretical concepts.
Presenter:
Bob Beier
Bob Beier is a Senior Staff Applications Engineer at Infineon Technologies. Bob presently works on product definition and applications support for automotive smart power drivers. His prior experience at Infineon includes Marketing and Field Applications Engineering for automotive IC products. Prior to Infineon Bob worked at Ford Motor Company, Electronics Division, as a design engineer. Bob holds a Bachelor of Science (EE) from Michigan State University and also a Masters of Science (EE) from the University of Michigan.
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| Infineon is a leading innovator in the global semiconductor industry. We design, develop and manufacture semiconductor and system solutions, addressing three central challenges to modern society including energy efficiency, mobility and security. Our products serve applications in wireless and wireline communications, automotive, industrial, computer, security and chip card markets. Our product portfolio consists of logic products such as digital, mixed-signal and analog integrated circuits (ICs), as well as discrete semiconductor products and system solutions. Infineon Privacy Policy. |
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