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TUSB320RWBR

C2674065 Extended Part

TUSB320 USB Type-C configuration-channel logic and port controller; I2C; 400Kbps; 2.7V~5V; 100uA Iq; 0°C~+70°C

usb usb c controllertype c controlleri2c interfaceport controllerconfiguration channel logiclow power controllerusb type ci2c protocol

Extended part — assembled from JLC's extended library, which adds a small one-time feeder fee per part number.

Footprint

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3D model

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Engineering notes

Capabilities

usb: interface

Package And Footprint

Package / footprint name: X2-QFN-12(1.6x1.6)
Pin count: 12
EasyEDA symbol UUID: f59620a3110d465b958fbb636c7f1eed
EasyEDA footprint UUID: f56db8cf9c5b476e998a6e479325d051
EasyEDA device UUID: 9a0398e2900e4c74aaf8c5140ce6ea76
EasyEDA library UUID: 0819f05c4eef4c71ace90d822a990e87

Power And Operating Modes

Active current: EasyEDA property: 100uA.
Supply rails: EasyEDA property: 2.7V~5V.

Datasheet And Links

Datasheet / product URL: https://www.ti.com/cn/lit/gpn/tusb320
Product URL: https://www.ti.com/cn/lit/gpn/tusb320

Selection Notes

Good for: reuse when package, electrical ratings, footprint, and assembly class match the project constraints
Known layout constraints: Verify package land pattern, decoupling requirements, thermal pad, RF keepouts, crystal routing, and boot straps from the datasheet.
Equivalent search hints: match category usb-c-controller, interfaces usb, package X2-QFN-12(1.6x1.6), and EasyEDA footprint UUID f56db8cf9c5b476e998a6e479325d051.

Design files & assets 13 files · click to expand

Datasheet or product page datasheet

Datasheet PDF (mirrored) datasheet pdf

EasyEDA 3D model easyeda 3d model

in EasyEDA

EasyEDA device easyeda device

in EasyEDA

X2-QFN-12(1.6x1.6) easyeda footprint

in EasyEDA

EasyEDA library easyeda library

in EasyEDA

EasyEDA Pro device: C2674065 easyeda pro device

EasyEDA Pro library (device+symbol+footprint): C2674065 easyeda pro lib

EasyEDA symbol easyeda symbol

in EasyEDA

JLC/LCSC product image jlc image

JLC/LCSC product image jlc image

3D model (OBJ) model 3d obj

3D model (STEP) model 3d step