Infineon EVAL XDPP1140 1148 DB User Manual

Hide thumbs

Table Of Contents

Quick Links

Download this manual

UG211531

EVAL_XDPP1140_1148_DB evaluation board

user guide

About this document

Scope and purpose

This user guide explains how to set up the hardware and serves as a user manual for the

EVAL_XDPP1140_1148_DB

daughterboard. XDP™ XDPP1140-100B and XDP™ XDPP1148-100B belong to

Infineon's XDP™ digital power controller family, optimized to provide a high level of performance and design

flexibility for DC-DC converters. This controller is designed to achieve high efficiency, system control, and cost

savings for applications such as telecom, server, data centers, and computing DC-DC solutions. The daughter

board is designed to be used as a test and firmware development tool for XDPP1140 and XDPP1148. This

document describes the configuration of various jumper pins based on the device, features, and applications.

Intended audience

This document is intended for power supply design engineers, system engineers, and embedded power

designers.

Evaluation Board

This board is to be used during the design-in process for evaluating and measuring characteristic curves, and

for checking datasheet specifications.

Note:

PCB and auxiliary circuits are NOT optimized for final customer design.

User guide

Please read the sections "Important notice" and "Warnings" at the end of this document

V 1.0

www.infineon.com

2024-10-10

Table of Contents

Need help?

Do you have a question about the EVAL XDPP1140 1148 DB and is the answer not in the manual?

Questions and answers

Summary of Contents for Infineon EVAL XDPP1140 1148 DB

Page 1: About This Document
XDP™ XDPP1140-100B and XDP™ XDPP1148-100B belong to Infineon’s XDP™ digital power controller family, optimized to provide a high level of performance and design flexibility for DC-DC converters. This controller is designed to achieve high efficiency, system control, and cost savings for applications such as telecom, server, data centers, and computing DC-DC solutions.
Page 2: Important Notice
Infineon Technologies. The design of the Evaluation Boards and Reference Boards has been tested by Infineon Technologies only as described in this document. The design is not qualified in terms of safety requirements, manufacturing and operation over the entire operating temperature range or lifetime.
Page 3: Safety Precautions
EVAL_XDPP1140_1148_DB Evaluation Board user guide Safety precautions Safety precautions Note: Please note the following warnings regarding the hazards associated with development systems Table 1 Safety precautions Warning: The DC link potential of this board is up to 1000 VDC. When measuring voltage waveforms by oscilloscope, high voltage differential probes must be used.
Page 4: Table Of Contents
EVAL_XDPP1140_1148_DB Evaluation Board user guide Table of contents Table of contents About this document ........................1 Important notice ..........................2 Safety precautions .......................... 3 Table of contents ..........................4 Introduction .......................... 5 Features and applications ........................5 Hardware requirements ......................6 Board overview ............................
Page 5: Introduction
EVAL_XDPP1140_1148_DB Evaluation Board user guide Introduction Introduction The EVAL_XDPP1140_1148_DB is a daughter board used for testing and programming the XDPP1140 and XDPP1148 VQFN 4 mm × 4 mm 24-pin version controller. This evaluation board allows you to configure hardware and software of the controller to evaluate its performance in DC-DC converter applications. You can also debug the controller, simulate various power stage conditions, and communicate through different communication protocols such as I2C, SPI, UART, and SWD.
Page 6: Hardware Requirements
EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Hardware requirements Board overview A visual representation of an EVAL_XDPP1140_1148_DB is shown in Figure 1. As shown in the figure, the board is packed with various jumpers, test points, debugger port, and the IC. This board is powered with 3.3 V input. The board is designed for ease-of-IC evaluation with pins and test points spread based on the sides.
Page 7: Pinout
EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements digital GPIOs or multi-purpose pins on microcontroller for one specific application such as using PWM as a high- speed digital PWM or as a fast fault input pin or SPI communication pin. See the Section for more details.
Page 8 EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Table 2 Primary pinout table for EVAL_XDPP1140_1148_DB Number Socket Pins Purpose/description EXT3v3 External DC power positive Power connector External DC power ground J26-J27 Serial clock for I2C/PMBus I2C/PMBus connector Serial data for I2C/PMBus Ground connector for USB007 dongle EN pin for USB007 dongle / 3.3V output pin for isolated USB007 dongle...
Page 9: Jumper Configuration
EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Number Socket Pins Purpose/description PWM6 Digital PWM6 output pin SMB Alert pin General purpose Digital port SYNC Sync input/output pin Enable pin PWRGD PowerGood# pin PRISEN Primary voltage sensing input General purpose Analog port IMON Output current monitor pin XADDR1...
Page 10 EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Figure 3 Board diagram with function jumpers To understand role of each jumper configuration, see Table 3. Here, silk screen name is used for reference along with pin number. For more information on the pin numbers, see Section for pin number.
Page 11: Test Points
EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Jumper Connection Application/result VSEN2/IREF2 VSEN2 (1) To use pin as a voltage pin for VSEN_2 in XDPP1140 VSEN2/IREF2 IREF2 (3) To use pin as a current reference voltage pin for ISEN_2 in XDPP1148 VREF2/ISEN2 VREF2 (1) To use pin as a reference voltage pin for...
Page 12 EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Figure 4 Board diagram with only test point hook Table 4 for detailed descriptions of the loop test points. Table 4 Test point connection No. Test point group Pin on microcontroller Male header connectors number Analog voltage sensing VREF1...
Page 13: Led Indicators
EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements No. Test point group Pin on microcontroller Male header connectors number TP10 PWM2 J3 – PWM2 TP11 PWM3 J3 – PWM3 TP12 PWM4 J3 – PWM4 TP13 PWM5 J3 – PWM5 TP14 PWM6 J3 –...
Page 14 EVAL_XDPP1140_1148_DB Evaluation Board user guide Hardware requirements Figure 5 LED indicators Table 5 LED configuration table Color Signals Light Description Dual External power Red ON External voltage supply is present color Red OFF External voltage is not present IC bias Green ON IC is biased Green OFF...
Page 15: Getting Started
Along with this, a medium that can communicate with the I2C/PMBus or SPI that the device on the board can understand is required. Therefore, XDP™ Designer GUI and Infineon’s USB006 or USB007 USB to I2C translator dongle are needed to communicate with XDPP1140 or XDPP1148. Hardware setup Connect the USB007 and EVAL_XDPP1140_1148_DB as shown in the Figure USB007 dongle has a standard USB-A port on one end and four cables for I2C/PMBus output on the other.
Page 16: Software Setup
Infineon Development Center. To install the XDP™ Designer GUI and install the drivers from the Infineon development center, perform the following steps. 1. Search for XDP Designer in the search bar or use alphabet shortcut to jump to letter “X”.
Page 17: Driver Installation
EVAL_XDPP1140_1148_DB Evaluation Board user guide Getting started Figure 8 Driver installation Once installation is complete for both the GUI and driver, a pop up a message confirms the completion. Now, you can go to My Tools and it will show XDP Designer GUI and any other GUI that is installed. Figure 9 Update and open XDPDesigner As shown in...
Page 18: Testing
GUI download guide for information. Note: You will need the license file to access the GUI, get it from MyICP or contact Infineon support. Testing You can perform tests with or without the powerboard. The following sections describes the tests that can be performed.
Page 19: Testing Without The Powerboard
EVAL_XDPP1140_1148_DB Evaluation Board user guide Getting started Figure 10 Hardware setup for powerboard testing Once the hardware is setup, you can load the configuration and patch file to the device and turn on the operation. For more details on loading configuration and patch, see the XDPGUI help file or user guide for EVAL_LLC_XDPP1148.
Page 20 EVAL_XDPP1140_1148_DB Evaluation Board user guide Getting started Table 7 Pin configuration for emulating the close loop operation Jumper Connection Purpose VDD-EXT3V3 Powerup the board with external voltage VDD-IC_3V3 Powerup the IC with 3.3 V VSEN2/IREF2-VSEN2 Configuration for XDPP1140 with 2 voltage sense in VREF2/ISEN2-VREF2 Configuration for XDPP1140 with 2...
Page 21 EVAL_XDPP1140_1148_DB Evaluation Board user guide Getting started Figure 11 Hardware setup for emulating input, output voltage, and current As shown in the figure, connect the different voltage supplies to VSEN1-VREF1 and VSEN2-VREF2 pin. Based on the scale loop value, you can set its value anywhere between 0-2.1 differential voltage. For current sense, XDPP1140 and XDPP1148 have a differential current sense module.
Page 22: Multiple Boards In Sync
EVAL_XDPP1140_1148_DB Evaluation Board user guide Getting started Once the hardware setup is ready, use the standard configuration files provided with XDPGUI (such as FBFB config file) to load to the device. Once the configuration is ready, proceed to turn on the application. You can slowly increase the input and output voltage to see the device trying to control/balance the loop in case it is set for close-loop operation.
Page 23: System Design Details
EVAL_XDPP1140_1148_DB Evaluation Board user guide System design details System design details Schematics VSEN_1&2 ISEN_1_2 PIXT SSEP EXT3V3 VREF1 PWM1 1.8V VSEN1 PWM2 LDO1V8 VSEN2 PRISEN VREF2 PWM3 IMON SYNC ISEN PWM4 IREF 1.8V XADDR1 PWM5 ISEN2 TSEN PWRGD IREF2 PWM6 SMB_SEL P5_SEL P6_SEL...
Page 24: Bill Of Materials
EVAL_XDPP1140_1148_DB Evaluation Board user guide System design details 3.3V_SEL VSEN1 XJ28 TSEN From_PB VREF1 EXT3V3 VSEN2 VDD3V3 VREF2 PRISEN PWM5 IMON PWM6 ISEN2 PWM3 PWM4 IREF2 SYNC PWM2 ISEN PWM1 IREF i_IMON Figure 14 EVAL_XDPP1140_1148_DB schematic Bill of materials Table 8 BOM of the most important/critical parts of the evaluation or reference board Designator Quantity...
Page 25 EVAL_XDPP1140_1148_DB Evaluation Board user guide System design details Designator Quantity Value Manufacturer Part number J9,J10,J11,J15,J16,J25,J2 CON3 Sullins GRPB031VWTC-RC 8,J29 J12,J31 CON2 Wurth 61300211121 SMD_CON10 Samtec FTSH-105-01-L-DV-007-K CONN3 Wurth 61300411121 Not used Panasonic Not used Not used Panasonic Not used Not used Panasonic Not used Not used...
Page 26: References
EVAL_XDPP1140_1148_DB Evaluation Board user guide References References Contact Infineon support for the documents [1] Infineon technologies: XDPP11XX series datasheet User guide V 1.0 2024-10-10...
Page 27: Glossary
EVAL_XDPP1140_1148_DB Evaluation Board user guide Glossary Glossary Daughter Board (DB) Graphical User Interface (AAUI) Printed Circuit Board (PCB) PMBus Power Management Bus protocol (PMBus) Inter-Integrated Circuit (I2C) Serial Wire Debug (SWD) JTAG Joint Test Action Group protocol (JTAG) User guide V 1.0 2024-10-10...
Page 28: Revision History
EVAL_XDPP1140_1148_DB Evaluation Board user guide Revision history Revision history Document Date Description of changes revision V 1.0 2024-10-10 Initial release User guide V 1.0 2024-10-10...
Page 29: Disclaimer
For information on the types in question please contact your nearest Published by Infineon Technologies office. Except as otherwise explicitly approved by Infineon Infineon Technologies AG Technologies in a written document signed by 81726 Munich, Germany authorized...