Addressing design challenges in powering space-grade FPGAs and ASICs

This series of videos addresses optimizing transient response, layout, and parallel operation of DC/DC converters in a satellite power design. These videos focus on low voltage power addressing FPGAs, ASICs, SoCs and precision analog circuits.

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4Understanding models and tools for space grade designs (2)

This series goes over the common tools that space grade parts will use to help design their system.

02:28

4.1 Basics of designing for space grade buck converters with power stage designer

04:48

Addressing design challenges in powering space-grade FPGAs and ASICs

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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

2Overview of the effect of radiation on electronics (3)

2.1 Understanding radiation types and orbit profiles

2.2 What are time dependent radiation dose effects?

2.3 What are random Destructive Single Event Effects (DSEE)?

3Addressing design challenges in powering space-grade FPGAs and ASICs (6)

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

3.2 How to parallel TPS7H4001-SP device calculations

3.3 Connections needed to parallel TPS7H4001-SP devices

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

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

3.6 Understanding space-grade buck converter frequency response

4Understanding models and tools for space grade designs (2)

4.1 Basics of designing for space grade buck converters with power stage designer

4.2 Selecting frequency response components in power stage designer for space grade buck converters

Addressing design challenges in powering space-grade FPGAs and ASICs

Additional information

1Introduction to QMLV Products and Qualification Basics (4)

2Overview of the effect of radiation on electronics (3)

3Addressing design challenges in powering space-grade FPGAs and ASICs (6)

4Understanding models and tools for space grade designs (2)

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