1. Power Factor Correction Input Circuit
Weekly Report
Kevin Wong, Paul Glaze,
Ethan Hotchkiss, Jethro Baliao
Advisor: Prof. Ali Bazzi
11/7/2016
Copyright © 2016 – Advanced Power Electronics & Electric Drives Lab (APEDL)

2. Outline Design Review Presentation Written Proposal Infineon Chip
Mathematical Modeling
PCB Design
Component Selection
Copyright © 2016 – Advanced Power Electronics & Electric Drives Lab (APEDL)

3. Infineon Chip Part Number: ICE3PCS01G
Standalone Power Factor Correction (PFC) Controller in Continuous Conduction Mode (CCM)
Perform Design based on Infineon Design Guide
1200 W example in design guide
Copyright © 2016 – Advanced Power Electronics & Electric Drives Lab (APEDL)

4. Mathematical Modeling

5. PCB Design due 11/19
Schematic

6. PCB Design Continued
Board Design

7. Component Selection
We are using the design guide given by Infineon to calculate the required specifications for our circuit.
We are in the process of writing a matlab code that will allow us to analyze the losses of the converter as a function of different components and output specifications.
We expect that we will have to select components that exceed our base requirements in order to operate at an efficiency about 95%

8. Non-ideal simulations
We are working on finding a simulation model of the Infineon control chip so we can develop non-ideal simulations using our actual control chip
By combining the data from the simulation and using the infineon design equations, we will finalize component selection.

9. What is next? Continue small signal modeling of the boost converter
Size components
Convert ideal simulation in Simulink to non-ideal simulation in LT Spice or another software where the PFC control chip is available
Continue PCB assignment
Begin PCB design for actual circuit
Begin physical prototyping
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