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T-60: Space-Grade Design Video Training Series

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2.1 Optimizing the load transient response of space-grade buck converters

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Description

September 9, 2020

This video goes into ways to optimize the transient response of a converter using time domain techniques. Focus is on buck converters used in satellite applications.

Additional information

TPS7H4001-SP

TPS50601-SP

TPS50601A-SP

Find more DC/DC Buck Converters

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2.1 Optimizing the load transient response of space-grade buck converters

Description

Additional information

1Introduction to QMLV Products and Qualification Basics (4)

1.1 What is a QMLV Product?

1.2 Understanding QMLV Documentation and Requirements: Group A

1.3 Understanding QMLV Documentation and Requirements: Group B and D

1.4 Understanding QMLV Documentation and Requirements: Group C and E

2Addressing Design Challenges in Powering Space-Grade FPGAs and ASICs (6)

2.1 Optimizing the load transient response of space-grade buck converters

2.2 How to parallel TPS7H4001-SP device calculations

2.3 Connections needed to parallel TPS7H4001-SP devices

2.4 How to optimize the layout of space-grade buck converters

2.5 Understanding output inductor current saturation for space-grade buck converters

2.6 Understanding space-grade buck converter frequency response

2.1 Optimizing the load transient response of space-grade buck converters

Description

Additional information

1Introduction to QMLV Products and Qualification Basics (4)

2Addressing Design Challenges in Powering Space-Grade FPGAs and ASICs (6)

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