Web Analytics
Datasheet
Teiledatenblatt > DC to DC Converter > TI > TPS54386PWP Datenblatt-PDF > TPS54386PWP Benutzerreferenzhandbuch Seite 1/17
TPS54386PWP
€ 5.13
Preis von AiPCBA

TPS54386PWP Benutzerreferenzhandbuch - TI

Aktualisierte Uhrzeit: 2025-05-19 11:50:25 (UTC+8)

TPS54386PWP Benutzerreferenzhandbuch

Seite:von 17
PDF herunterladen
Neu laden
herunterladen
User's Guide
SLVU329ASeptember 2009Revised March 2010
TPS23756EVM
This user’s guide describes the TPS23756 evaluation module (TPS23756EVM). The TPS23756EVM
contains evaluation and reference circuitry for the TPS23756. The TPS23756 integrates a powered-device
(PD) controller and power-supply controller targeted at high-power, wide input range, isolated converter
topologies. The TPS23756 is compliant with the IEEE 802.3at Power over Ethernet (PoE) standard.
Contents
1 Description ................................................................................................................... 2
1.1 Features ............................................................................................................. 2
1.2 Applications ......................................................................................................... 2
2 Electrical Specifications .................................................................................................... 3
3 Schematic .................................................................................................................... 4
4 General Configuration and Description .................................................................................. 5
4.1 Physical Access .................................................................................................... 5
5 Test Setup ................................................................................................................... 7
6 TPS23756EVM Typical Performance Data .............................................................................. 7
6.1 5-V DC/DC Efficiency .............................................................................................. 7
6.2 TPS23756EVM Conducted Emissions .......................................................................... 9
7 EVM Assembly Drawings and Layout Guidelines ...................................................................... 9
7.1 PCB Drawings ...................................................................................................... 9
7.2 Layout Guidelines ................................................................................................ 11
7.3 EMI Containment ................................................................................................. 12
8 Bill of Materials ............................................................................................................. 13
List of Figures
1 TPS23756EVM Schematic (DC-DC Converter)......................................................................... 4
2 TPS23756EVM Schematic (PoE and Adapter Input Terminals)...................................................... 5
3 Typical TPS23756EVM Test Setup....................................................................................... 7
4 TPS23756EVM Efficiency With 12-V Input.............................................................................. 8
5 TPS23756EVM Efficiency With 24-V Input.............................................................................. 8
6 TPS23756EVM Efficiency With 48-V Input.............................................................................. 9
7 TPS23756EVM Conducted Emissions................................................................................... 9
8 Top-Side Layout/Routing ................................................................................................. 10
9 Layer-Two Routing ........................................................................................................ 10
10 Layer-Three Routing ...................................................................................................... 11
11 Bottom-Side Placement/Routing......................................................................................... 11
List of Tables
1 TPS23756EVM Electrical and Performance Specifications........................................................... 3
2 Connector Functionality .................................................................................................... 6
3 Test Points................................................................................................................... 6
4 TPS23756EVM Bill of Materials ......................................................................................... 13
1
SLVU329ASeptember 2009Revised March 2010 TPS23756EVM
Submit Documentation Feedback
Copyright © 2009–2010, Texas Instruments Incorporated
Verzeichnis

TPS54386PWP Datenblatt-PDF

TPS54386PWP Datenblatt PDF
TI
56 Seiten, 1720 KB
TPS54386PWP Benutzerreferenzhandbuch
TI
17 Seiten, 667 KB
TPS54386PWP Anderes Datenblatt
TI
60 Seiten, 2144 KB

TPS54386 Datenblatt-PDF

TPS54386
Datenblatt PDF
TI
4.5V to 28V Input, Dual 3A Outputs, 600kHz Step-Down Converter with Internal Compensation
TPS54386PWPR
Datenblatt PDF
TI
Step-Down Regulator Dual 3A Non-Synchronous Buck Converter with Integrated High Side MOSFET, 600kHz Conv DC-DC 4.5V to 28V Step Down Dual-Out 0.8V to 25.2V 3A 14Pin HTSSOP EP T/R
TPS54386PWP
Datenblatt PDF
TI
Step-Down Regulator Dual 3A Non-Synchronous Buck Converter with Integrated High Side MOSFET, 600kHz Conv DC-DC 4.5V to 28V Step Down Dual-Out 0.8V to 25.2V 3A 14Pin HTSSOP EP Tube
TPS54386EVM
Datenblatt PDF
TI
TPS54386 DC to DC Converter and Switching Regulator Chip 3.2VDC to 3.4VDC/4.85VDC to 5.15VDC Output Evaluation Board
TPS54386TPWPRQ1
Datenblatt PDF
TI
Conv DC-DC 4.5V to 28V Step Down Single-Out 0.8V to 25.2V 3A Automotive 14Pin HTSSOP EP T/R
TPS54386PWPG4
Datenblatt PDF
TI
Conv DC-DC 4.5V to 28V Step Down Dual-Out 0.8V to 25.2V 3A 14Pin HTSSOP EP Tube
TPS54386PWPRG4
Datenblatt PDF
TI
Conv DC-DC 4.5V to 28V Step Down Dual-Out 0.8V to 25.2V 3A 14Pin HTSSOP EP T/R
TPS54386-Q1
Datenblatt PDF
TI
Automotive 4.5V to 28V, 600kHz Fixed Frequency Dual 3A Buck Converter
Datenblatt-PDF-Suche
Suche
100 Millionen Datenblatt-PDF, aktualisieren Sie mehr als 5.000 PDF-Dateien pro Tag.
Kontakt online
Bonnie - AiPCBA Sales Manager Online, vor 5 Minuten
Ihre E-Mail *
Nachricht *
Senden