Learn about two TI Design reference designs created to show how GaN power stages, C2000 MCUs, and current sense amplifiers can be used together to achieve high-

Introduction to TI's newest isolated hall-effect current sensor family

Part 2 of 21 part series. This section will cover the market challenges when choosing you DC/DC converter solution

Part 15 of a 21 part series.  This section will compare the transient response of the 3 solutions.

Part 10 of a 21 part series. This section will cover the selection of the series capacitor for the TPS54A20

Part 5 of 21 part series. This section will review the 2 different DCDC toplogies used in this comparison 

Part 18 of a 21 part series.  This section will compare the thermal images for the 3 solutions.

Part 19 of a 21 part series.  This section will compare the solution size for each design.

Part 13 of a 21 part series.  This section will compare the schematics and components chosen for the 3 solutions used in this comparison.

Part 16 of a 21 part series.  This section will compare the out put ripple and jitter for the 3 different solutions.

Part 9 of a 21 part series.  This section will cover the selection of the output capacitor

Part 8 of a 21 part series. This section will cover thing to consider when selection your output inductor

Part 6 of a 21 part series.  This section will review the design parameters used in this head to head comparison

Part 20 of a 21 part series. This section will compare the bill of material cost for the 3 solutions.

Part 3 of 21 part series. This section will compare the 3 different control modes used in this comparison

Part 12 of a 21 part series.  This section will cover selection of the compensation components for the TPS54824

Part 14 of a 21 part series.  This section will compare the closed loop analysis of the 3 different solutions.

Part 11 of a 21 part series.  This section will cover the effect of capacitor self heating on your design.

In this Power Tips "Ask the Expert" video Dave asks TI’s Brian King to gain insight to the location of the compensator poles and zeros.