SLVUC17 August   2021 TPS7H2211-SP

 

  1.   Trademarks
  2. 1Introduction
    1. 1.1 Default Board Configuration
    2. 1.2 Alternate Board Configurations
  3. 2EVM Connectors and Test Points
  4. 3Test Results
    1. 3.1 Default Configuration Results
    2. 3.2 Parallel Configuration Results
  5. 4Board Layout
  6. 5Schematic
    1. 5.1 Default Configuration Schematic
    2. 5.2 Parallel Configuration Schematic
  7. 6Bill of Materials (BOM)
    1. 6.1 Default Configuration BOM
    2. 6.2 Parallel Configuration BOM

1.1 Default Board Configuration

The EVM is designed to be used across the entire input voltage and output current range of the TPS7H2211-SP while providing flexibility to configure the device to operate under different conditions. By default, the EVM is configured for a single device as summarized in Table 1-1, but the board provides footprints that can be populated with an additional device and passive components to allow for testing of parallel or cold sparing applications.

More detailed information about the default EVM configuration can be found in the Default Configuration Schematic and the Default Configuration Bill of Materials.

GUID-20210304-CA0I-JKDG-K9QT-C6TB3DXJ8V56-low.pngFigure 1-1 Default Configuration Simplfied Schematic
Table 1-1 TPS7H2211EVM-CVAL Default Configuration
SpecificationValueDescription
Input Voltage

VIN

12 VFalls within the recommended device input voltage range of 4.5 V to 14 V.
Output Current

IOUT

0 to 3.5 ADoes not exceed maximum device continuous switch current of 3.5 A per device.
EN Turn-on Voltage

VINEN_RISE

7.4 V

Typical EN turn-on and turn-off values.

Set by:

R1 (RTOP_EN) = 100 kΩ

R4 (RBOT_EN) = 9.31 kΩ

EN Turn-off Voltage

VINEN_FALL

6.1 V
OVP Enter Voltage

VINOVP_RISE

13.5 V

Typical OVP enter and exit values.

Set by:

R3 (RTOP_OVP) = 100 kΩ

R5 (RBOT_OVP) = 9.31 kΩ

OVP Exit Voltage

VINOVP_FALL

13.4 V
Soft Start Time

tSS

~10 ms

Typical time to go from 10% to 90% of the final voltage.

Set by:

C1 (CSS) = 68 nF