TPS2116 Breakout Board Design

Thought for 42 sec

Your goal is a U1 breakout board with a 5 V primary input, 3.7 V Li-ion secondary input, through-hole I/O, and the existing J2 tied to the primary input.

I’ve created the plan.
It covers:
1. Adding through-hole input/output connectors
2. Connecting VIN1 to the 5 V primary/USB path
3. Connecting VIN2 to the battery input
4. Updating the PCB for a compact breakout layout

Click Start on the plan bar to begin.

shornist

Before that, add battery reverse-polarity protection on the 3.7V input.

Thought for 41 sec

flux

Your goal is now a U1 breakout board with battery reverse-polarity protection added on the 3.7 V secondary input.

I updated the plan to include:
1. Schematic revision for protected battery input
2. Through-hole input/output connectors
3. J2 tied to the 5 V primary input
4. PCB layout updates for the added protection stage

Click Start on the plan bar to begin.

shornist

Use a P-channel MOSFET ideal-diode style on the battery input.

Thought for 1 min 16 sec

flux

Your goal is a U1 breakout board with the battery input protected by a logic-level P-channel MOSFET ideal-diode stage.

I updated the plan to include:
1. 5 V primary input with J2 tied to it
2. 3.7 V battery secondary input
3. Through-hole primary, battery, output, and ground connections
4. Reverse-polarity protection on the battery path with a P-channel MOSFET

Click Start on the plan bar to begin.

Specify MOSFET choice

Pick through-hole headers

Check TPS2116 limits

Review battery path

Files

Schematic

Layout

3D View

TPS2116