SBOK097B April   2025  – June 2025 TMP9R01-SEP

 

  1.   1
  2.   Abstract
  3.   Trademarks
  4. Introduction
  5. Sample Identification
  6. Irradiation Facility and Setup
  7. Die Micro-section
  8. Test Set-Up
  9. SEL Results
    1. 6.1 TMP9R01-SEP SEL Data
  10. SET Results
    1. 7.1 Summary of SET Results
      1. 7.1.1 Local Temperature Reads
        1. 7.1.1.1 Analog Alert Captures
    2. 7.2 Cross Section Events and Event Rate Calculations
  11. Detailed Results Per Run
    1. 8.1 Detailed Run Raw Data
  12. Summary
  13. 10Glossary
  14. 11Revision History

Test Set-Up

SEL testing was captured with the TMP9R01EVM. An SMU was used to supply max voltage (3.6V) and measure current through TP2 and GND. The R21 resistor was removed, the Subregulator Switch was switched off, and TP1 and TP2 was supplied at maximum voltage 3.6V.

 SEL Setup Figure 5-1 SEL Setup
 SEL Setup Figure 5-2 SEL Setup
 TMP9R01EVM SchematicFigure 5-3 TMP9R01EVM Schematic
Table 5-1 TMP9R01 Current Specs
TYP (µA)MAX (µA)
IqActive conversion, local sensor240375
Active conversion, remote sensor400600
Standby mode (between conversions)1535
Shutdown mode, serial bus inactive38
Shutdown mode, serial bus active, fs = 400kHz90
Shutdown mode, serial bus active, fs = 2.17MHz350
 Expected Total Quiescent Current with CommunicationFigure 5-4 Expected Total Quiescent Current with Communication
 Full Lab SEL Set UpFigure 5-5 Full Lab SEL Set Up

SET testing for TMP9R01 has a separate board. The board was designed to capture transient data from the DUT and report the values in an excel sheet. More information about what was captured is presented in the Summary of SET Results Section. The board schematic, layout, and setup is shown below. TMP9R01 SET test setup was combined with other devices to multitask and only the TMP9R01 data is presented in this report.

 TMP9R01 SET PCB LayoutFigure 5-6 TMP9R01 SET PCB Layout
 TMP9R01 SET SchematicFigure 5-7 TMP9R01 SET Schematic
 Full SET Test SetupFigure 5-8 Full SET Test Setup