Texas Instruments TPS2330 manual Setup of the EVM

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Chapter 5

For proper operation of the EVM, one 48-V power supply, and a voltage meter or an oscilloscope are required.

Refer to the setup diagram in Figure 5–1 and follow these steps for hot plug testing:

1)Verify that the power-supply voltage is set at 48 V. Make sure the supply has the capability to provide the current loads need. Turn off the supply.

2)Connect a meter or oscilloscope to monitor the voltages from Vout+ (pin 1 of J1) to Vout– (pin 2 of J1) on the SLVP184 board.

3)Plug the supply into the interface card; connect the supply from IN1 to ground. Then turn on the power supply. Check the voltage from VIN1 to GND, which should be about 48 V.

4)Plug the hot-swap board (SLVP184) into the interface board (SLVP155). The key installed between pins 1 and 2 of the edge connector insures that the board can only be inserted in the correct direction.

5)Test points or headers are provided for oscilloscope probes and/or multi- meters. Read the voltage from the multimeters connecting from Vout+ to Vout– on SLVP184. The value of the meter should be about 48 V. Other- wise, the board may have problems or the testing may not be correct.

6)Unplug the SLVP184 board from the interface card.

More evaluations such as adding loads to the output rails, can be performed by following procedures similar to those presented above.

Setup of the EVM

5-1

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Contents User’s Guide Important Notice Preface Page Running Title-Attribute Reference Running Title-Attribute Reference Chapter Introduction Telecom Hot-Swap EVM Telecom Hot-Swap EVM Schematic of the Interface Card SLVP155 Schematic of the 48-V Hot-Swap EVM SLVP184 Components on the Interface Card SLVP155, Bill of Materials Schematics of the EVM and the Interface Card Layouts of the EVM and the Interface Card Top Layer Top Assembly Top Layer Top Assembly Layouts of the EVM and the Interface Card Setup of the EVM 48-V, 1-A Supply Test Points Test Points

TPS2330 specifications

Texas Instruments (TI) has established itself as a leader in developing advanced power management solutions. Among its array of products, the TPS2330 stands out as a highly efficient power-path controller designed for various applications, including telecommunications, networking, and embedded systems. This device is a popular choice for engineers seeking an effective way to manage power availability from primary and backup sources.

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Ultimately, Texas Instruments' TPS2330 is a powerful solution for managing dual power sources with reliability, efficiency, and protection once considered essential in modern electronic design. Its innovative features and technologies make it a go-to choice for engineers looking to enhance their power management designs effectively.
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