SLVUCG3A September   2022  – March 2023 TPSM33625

 

  1.   Abstract
  2.   Trademarks
  3. 1Introduction
  4. 2Setup Procedure
  5. 3Test Setup
  6. 4Schematic
  7. 5TPSM33625EVM and TPSM33625FEVM Evaluation
  8. 6Layout
  9. 7Bill of Materials
  10. 8Related Documentation
  11. 9Revision History

TPSM33625EVM and TPSM33625FEVM Evaluation

The data was tested on unmodified EVM, configured for 1-MHz operation and 5 VOUT, and was measured at 12 V and a 2-A load.

GUID-20220721-SS0I-R4NW-NX10-38SBJ37QZHGP-low.png Figure 5-1 CISPR32 Conducted Scan

The data was tested on unmodified EVM, configured for 1-MHz operation and 5 VOUT, and was measured at 24 VIN and a 2-A load.

GUID-20220721-SS0I-0RL2-ZCQZ-RRQW8DJRLHWD-low.png Figure 5-2 CISPR32 Conducted Scan

12 VIN, 2.2 MHz, 2-A load (continuous)

GUID-20220721-SS0I-VHZQ-M8C1-ZVC1PSVXXQWL-low.png Figure 5-3 IR Top Case Measurement

12 VIN, 1 MHz, 2-A load (continuous)

GUID-20220721-SS0I-S5NH-VS0Z-Z14MKWQSS2FN-low.png Figure 5-4 IR Top Case Measurement

12 VIN, 500 kHz, 2-A load (continuous)

GUID-20220721-SS0I-WK0N-CBCP-GPX9SNNRQ9XT-low.png Figure 5-5 IR Top Case Measurement

24 VIN, 2.2 MHz, 2-A load (continuous)

GUID-20220721-SS0I-LDLB-VB49-CZ8HK6GZKTKQ-low.png Figure 5-6 IR Top Case Measurement

24 VIN, 1 MHz, 2-A load (continuous)

GUID-20220721-SS0I-PCFR-1C3T-JSB8JVLRNRCJ-low.png Figure 5-7 IR Top Case Measurement

24 VIN, 500 kHz, 2-A load (continuous)

GUID-20220721-SS0I-4WJX-TKGH-K3SBNFJ6QCS8-low.png Figure 5-8 IR Top Case Measurement