Librairie "TEXAS INSTRUMENTS - UNITRODE" et "Notes d'applications diverses", octobre 2013.

Librairie "TEXAS INSTRUMENTS - UNITRODE" et "Notes d'applications diverses", octobre 2013. Copyright - [Précédente] [Première page] [Suivante] - Home

Fiche : [DIV095]

Titre : Librairie TEXAS INSTRUMENTS - UNITRODE et Notes d'applications diverses, octobre 2013.

Cité dans : [DIV126]  T. LEQUEU, Librairie des fichiers PDF de composants, octobre 2022.
Cité dans : [DATA143] SLVD00x, Power Management Products, Vol. 1-2-3, 2000.
Cité dans : [DIV002]  Liste des librairies et des catalogues constructeurs, décembre 2014.
Cité dans : [DIV126]  T. LEQUEU, Librairie des fichiers PDF de composants, octobre 2022.
Cité dans :[99DIV026] Recherche sur les amplificateur classe D, octobre 2006.
Cité dans :[99DIV111] Unitrode Product, Power Supply Design Seminar, 1999.

Stockage : Thierry LEQUEU
Date : octobre 2013
Site : http://www.ti.com

Vers : Hybrid and Electric Vehicle Solutions Guide
Vers : Power Management Guide 2011
Vers : TMS320F28xx
Vers : TMS320x240 DSP
Vers : DSP CONTROLLERS
Vers : Composants divers
Vers : Notes d'applications
Vers : Power Management - Switching DC/DC Regulation - DC/DC Controllers - Application Notes
Vers : Application Notes for PWM Power Supply Controllers
Vers : 1988 - SEM 600 - UNITRODE DESIGN SEMINARS
Vers : 1990 - SEM 700 - UNITRODE DESIGN SEMINARS
Vers : 1991 - SEM 800 - UNITRODE DESIGN SEMINARS
Vers : 1993 - SEM 900 - UNITRODE DESIGN SEMINARS

Power Management Guide 2011

  [1] :  [DATA454] Power Management Guide 2011, Texas Instrument, http://power.ti.com , 2011.

SLIS081A : "TPIC43T01 - three-phase brushless motor RPM controleur", revised april 1998.
SLIS071 : "TPIC1310 - 3Half H-bridge gate protected power DMOS array", revised april 1998.
SLVA037 : "Designing a USB power distribution system using the TPS2014 and TPS2015 power distribution switches", application report, 1997.
SLIT114A : "Linear products : automotive anti-lock brake system control using POWER+tm control devices", application brief, 7 pages
SLIT112 : "Linear products : automotive fuel injector control using power+tm control with POWER+tm ARRAYStm devices", application brief, 7 pages
SSYU001D : "Semiconductor group package outlines", reference guide, mars 1998.

TMS320x240 DSP

Lien : SPRS042D.pdf - 1 423 KB, TMS320C240, TMS320F240.
Lien : SPRU248A.pdf - 734 KB.
Lien : SPRXE035.pdf - 156 KB.
Lien : SPRXE044.pdf - 50 KB.
Lien : ACI_KIT.txt - AC Induction Motor (ACI) Application Design Kit
Lien : SPRA417A.pdf - 96 KB, 07/02/99, APPLICATION REPORTS, IMPLEMENTING A SPECTRUM ANALYZER USING A 128 POINT FFT.
Lien : SPRA461.pdf - 146 KB, 06/30/99, APPLICATION NOTES, OVERSAMPLING TECHNIQUES USING THE TMS320C24X FAMILY .
Info : SPRU276.pdf - 1757 KB, 05/13/99, REFERENCE GUIDE, 'F243/F241/C242 DSP CONTROLLERS SYSTEM AND PERIPHERALS.
Info : SPRU276b.pdf - xxxx KB, april 1999, REFERENCE GUIDE, 'F243/F241/C242 DSP SYSTEM AND PERIPHERALS.
Lien : SPRU276C.pdf - 383 pages, 1440 Ko, TMS320F243/F241/C242 DSP Controllers Reference Guide System and Peripherals.
Lien : SGUS029.pdf - 1259 KB, 04/28/99, DATA SHEET , SMJ320F240 DSP CONTROLLER.
Lien : tms24x.htm - New Technical Documents for TMS320C24X FAMILY
Lien : tms24xb.htm - New Technical Documents for TMS320C24X Family
Lien : SPRA589.pdf - 505 Ko, IMPLEMENTING TRIPLE CONVERSION SINGLE PHASE ON-LINE UPS USING TMS320C240
Lien : SPRA588.pdf - 440 Ko, 09/24/99, Application Reports, IMPLEMENTATION OF SPEED FIELD ORIENTED CONTROL OF 3-PHASE PMSM MOTOR USING 'F240

DSP CONTROLLERS

Lien : dsp1.txt - "Application Reports for DSP"
Lien : dsp2.txt - "TMS320C2000 PLATFORM"
Lien : TMS2000.htm - "TMS320C2000 PLATFORM Application Notes"
Lien : dsp20.txt - "TMS320C20X FAMILY"
Lien : tms2x.htm - New Technical Documents for TMS320C2000 PLATFORM
Lien : dsp24.txt - "TMS320C24X FAMILY"
Lien : dsp2x.txt - "TMS320C2X FIXED POINT DSP"
Lien : dsp3x.txt - "TMS320C3X FLOATING POINT DSP"
Lien : dsp4x.txt - "TMS320C4X FLOATING POINT DSP"
Lien : dsp5.txt - "TMS320C5000 PLATFORM"
Lien : dsp54x.txt - "TMS320C54X FAMILY"
Lien : dsp5x.txt - "TMS320C5X FIXED POINT DSP"
Lien : dsp6.txt - "TMS320C6000 PLATFORM"
Lien : dsp6x.txt - "TMS320C62X FAMILY"
Lien : dsp8x.txt - "TMS320C8X MULTIPROCESSOR DSP"

DSP C5x

Lien : SPRA598.pdf - 11/16/99 AN AUDIO EXAMPLE USING DSP/BIOS 136 Ko.
Lien : SPRV038A.pdf - 11/02/99 Product EXPRESSDSP FREQUENTLY ASKED QUESTIONS 16 Ko.
Lien : SPRV036B.pdf - 10/31/99 Product Description FREQUENTLY ASKED QUESTIONS ABOUT CODE COMPOSER STUDIO 15 Ko.
Lien : SPRA581.pdf - 09/16/99 Application Reports THE EXPRESSDSP ALGORITHM STANDARD 42 Ko.
Lien : Guide_C5x.txt - "TMS320C5x User's Guide 1993 Digital Signal Processing Products"
Lien : SPRZ113A.pdf - "Manual Update Sheet : en date du 1er juin 1998 !"
Lien : Starter_kit.txt - "TMS320C5x DSP Starter Kit User's Guide 1994 Microprocessor Development Systems"
Lien : C5402DSK.htm - 12 Ko.
Lien : SRUA013.pdf - 89 Ko, SubChip Design Example, 16pages.

  [1] : [99DIV005] TMS320C5x User's Guide 1993 Digital Signal Processing Products
  [2] : [99DIV006] TEXAS INSTRUMENT, TMS320C5x DSP Starter Kit User's Guide, 1994, Microprocessor Development Systems.
  [3] :  [DIV030]  Texas Instruments, TMS320C50 - DIGITAL SIGNAL PROCESSORS, novembre 2002.
  [4] :  [DIV032]  Texas Instruments, Designer's Notebook DSP Texas Instruments, 1998, 88 pages.

TMS320F28xx

Lien : TMS320F2812.pdf - 2291 Ko, 193 pages, TMS320F2810, TS320F2811, TMS320F2812, TMS320C2810, TMS320C2811, TMS320C2812, Digital Signal Processors, Data Manual, SPRS174N, April 2001, Revised May 2006.
Lien : FARNELL-TMS320F2812.pdf - 28 Ko, 1 page, code 522-4081.
Lien : SPRA989A.pdf - 17 pages, 223 Ko, Application Report, SPRA989A, November 2004, F2810, F2811, and F2812 ADC Calibration.

  [1] :  [DIV126]  T. LEQUEU, Librairie des fichiers PDF de composants, octobre 2022.
  [2] :  [DATA335] N. GODEFROY, Commande vectorielle d’un moteur asynchrone basse tension sur un kart, stage de Master 1 IUP STS/EEATS/GEII, Université de Grenoble 1, du 2 avril au 27 juillet 2007.

Composants divers

  [1] :  [DIV048]  TIL5942, TIL 5942A, Current-mode-PWM controller with optoisolated voltage reference and error amplifier
  [2] :  [DIV049]  TPS2816, TPS2817,TPS2818, TPS2819,PS2828, TPS2829, single-channel high-speed MOSFET DRIVER
  [3] :  [DIV076]  Design Considerations for Logic Products, 1998.
  [4] :  [DIV097]  Application Notes, Motor-control application notes online, Texas Instruments, Issue 52, July 1998.
  [5] :  [DIV098]  Worldwide finalist - The Texas Instruments DSP Solutions Challenge '97
  [6] :  [DIV209]  TL5001, PWM Controller with Wide Input Range, datasheet, SLVS084E, Texas Instruments, october 1999.
  [7] :  [DIV504]  Texas Instrument, PTB48510 - PTB48511 - Dual Complementary-Output DC/DC Converter for DSL, SLTS219E, February 2004, Revised August 2006, 20 pages.

Lien : Power1.htm - New Technical Documents for Switching Power Supply Controllers and DC-DC.
Lien : SLVA070.pdf - 383 Ko, TPS6010X/TPS6011X CHARGE PUMP.
Lien : SLYT005.pdf - 490 Ko, Analog and Mixed-Signal Products, Analog Applications, August 1999.
Lien : TPIC1321L.pdf - 13 pages, 232 Ko, TPIC1321L, 3-HALF H-BRIDGE GATE-PROTECTED LOGIC-LEVEL, POWER DMOS ARRAY, SLIS042, NOVEMBER 1994.
Lien : TPA2000X.pdf - TPA2000D2, 2-W FILTERLESS STEREO CLASS-D AUDIO POWER AMPLIFIER, SLOS291B, MARCH 2000, REVISED APRIL 2000.
Lien : PTB48510.pdf - 20 pages, 537 Ko, PTB48510, PTB48511, SLTS219E, FEBRUARY 2004, REVISED AUGUST 2006, DUAL COMPLEMENTARY-OUTPUT DC/DC CONVERTER FOR DSL.

Notes d'applications

Lien : SLUA017.pdf - 15 pages, 184 Ko, U-510 Using the bq2031 to Charge Lead-Acid Batteries
Lien : SLUA019.pdf - 17 pages, 167 Ko, U-511 Switch-Mode Power Conversion Using the bq2031
Lien : SLUU022.pdf - 5 pages, 72 Ko, DV2031S1, Fast Charge Development System Control of On-Board PNP Switch-Mode Regulator.
Lien : SLUU023A.pdf - 8 pages, 90 Ko, DV2031S2, Lead-Acid Charger Development System Control of On-Board P-FET Switch-Mode Regulator

Lien : SLUA054.pdf - 16 pages, 574 Ko, NEW DRIVER ICs OPTIMIZE HIGH SPEED POWER MOSFET SWITCHING CHARACTERISTICS, Bill Andreycak, UNITRODE Integrated Circuits Corporation, Merrimack, N.H., U-118.

Lien : SLUA101.pdf - 7 pages, 190 Ko, U-97, MODELLING, ANALYSIS AND COMPENSATION OF THE CURRENT-MODE CONVERTER.
Lien : SLUA105.pdf - 16 pages, 245 Ko, PRACTICAL CONSIDERATIONS IN HIGH PERFORMANCE MOSFET, IGBT and MCT GATE DRIVE CIRCUITS, BILL ANDREYCAK, U-137.
Lien : SLUA177.pdf - 4 pages, 158 Ko, Bill Andreycak, Application note DN-44, UC3854A and 3854B Advanced power factor correction control Ics.
Lien : SLUA196A.pdf - 6 pages, 81 Ko, Laszlo Balogh, Unitrode - UC3854A/B and UC3855A/B Provide Power Limiting With Sinusoidal Input Current for PFC Front Ends.
Lien : SLUA253.pdf - 4 pages, 59 Ko, Accurate PWM Duty Cycle Clamp, January 2001.
Lien : SLUA263.pdf - 3 pages, 30 Ko, John Bottrill, AC Requirements for Power Factor Correction Circuits Systems Power.

Lien : SLVT145J.pdf - 85 pages, 7608 Ko, Power Management Guide - Automotive - Communications - Computing - Consumer - High Reliability - Industrial - 2010.
Lien : SLYT349.pdf - 41 pages, 2841 Ko, LED Reference Design Cookbook.

  [1] :  [DATA055] TL494, Pulse-width-modulation (PWM) control circuit, Texas Instruments.
  [2] :  [DATA194] C. MELCHIN, B. ANDREYCAK, SLUA199 - UC3573 Buck Regulator PWM Control IC - Typical Application Circuit for +12VDC Input to +5VDC/1A Output, Unitrode, Design Note DN-70.
  [3] :  [DIV207]  E. ROGERS, SLVA057 - Understanding Buck Power Stages In Switchmode Power Supplies, 31 pages.
  [4] :  [DIV208]  E. ROGERS, SLVA059 - Understanding Buck-Boost Power Stages In Switchmode Power Supplies, 36 pages.
  [5] :  [DATA057] E. ROGERS, SLVA061 - Understanding boost power stages in switchmode power supplies, Application report , Texas Instruments, march 1999.
  [6] :  [DIV210]  D. N. BENNETT, SLVA085 - Off-Line SMPS Failure Modes PWM Switchers and DC-DC Converters, 7 pages.
  [7] :  [DIV298]  I. KOHL, SLVAE05 - Examples of Applications with the Pulse Width Modulator TL5001, Application note, Texas Instruments, may 1998.
  [8] :  [DIV299]  Texas Instruments, SLVP088 - 20 V to 40 V Adjustable Boost Converter Evaluation Module User’s Guide, Application note, Texas Instruments, may 1998.
  [9] :  [DIV302]  M. DENNIS, SLUA246 - A Comparison Between the BiCMOS UCC3895 Phase Shift Controller and the UC3975, Unitrode Products from Texas Instruments, Application Report, September 2000, 3 pages.

 [10] :  [DIV303]  L. BALOGH, SLUA121 - DN-63 The Current-Doubler Rectifier: An Alternative Rectification Technique, Unitrode Products from Texas Instruments, Application Report, December 1994, 5 pages.
 [11] :  [DIV304]  W. ANDREYCAK, SLUA107 - Phase Shifted, Zero Voltage Transition Design Considerations, Texas Instruments, Application Report, May 1997, 15 pages.
 [12] :  [DIV305]  L. BALOGH, SLUA122 - The New UC3879 Phase Shifted PWM Controller Simplifies the Design of Zero Voltage Transition Full-Bridge Converters, Texas Instruments, Application Report, 1999, 9 pages.
 [13] :  [DIV469]  UNITRODE, U-97 Modeling, Analysis and Compensation of the Current-Mode Converter, SLUA101, September 1999, 7 pages.

slaae07 : Microcontrolleur based Data Acquisition using the TLC2543 12 bits serial-out ADC, 1994, 31 pages
slaae10a : MSP430 Family - Metering Application Report, 1996, 192 pages
slaae11 : Evaluation board for the TLC320AD55C DSP Analog Interface Circuit, 1995, 53 pages
slaae12 : Evaluation board for the TLC320AD56C DSP Analog Interface Circuit, 1996, 37 pages
slaae13 : MSP430 Family, 1997
slaae14 : Interfacing the A/D Converters TLC5540/10 to the DSKplus DSP Starter Kit TMS320C54x, 1997, 15 pages
slaae15 : Evaluation board for the TLC320AD50C DSP Analog Interface Circuit, 1997, 45 pages

slaa013 : Understanding data converters, juillet 1995, 18 pages
slaa016 : Multiple TLC320Ac01/02 Analog Interface Circuits on One TMS320C5x DSP Serial Port, 1996, 8 pages
slaa026a : interfacing the TLV1572 analog-to-digital converter to the TMS320C203 DSP, 1998, 10 pages.

sloae01 : Signal aquisition and Conditioniong with low supply, 1996, 37 pages
Lien : TPIC2404.pdf - slda001 : TPIC2404 - 50-W Intelligent-Power Quadruple Low-Side Switch, 1990, 26 pages

  [1] : [99DIV090] T. LEQUEU, Composants spécifique à l'Electronique de Puissance présent sur le site IUT-GEII, Parc de Grandmont, juillet 2004.

sprt125 : TMS320 DSP Designer's Notebook - Volume 1 - Numbers 1 trough 60, 1996, 162 pages
slas101 : TLC320AD56C Sigma-Delta Analog Interface Circuit - Data Manuel, 1996
slas131 : TLC320AD50C Sigma-Delta Analog Interface Circuit With Master-Slave Function, 1997
scla012 : Application of Advanced High Speed CMOS (AHC) Circuits, 1997, 45 pages

Vers : BPRA072 : IMPLEMENTATION SENSORLESS SPEED CONTROLLED BRUSHLESS DC DRIVE USING TMS320F240
Vers : BPRA073 : FIELD ORIENTED CONTROL 3-PHASE AC-MOTORS
Vers : SPRA097 : INTERFACING TMS320C5X & PARALLEL STEREO CODEC W/OTHER TMS320 DSP CONSIDERATIONS
Vers : SPRA404 : PROPER USAGE OF TMS320C5X TIMING SPECIFICATIONS FOR HIGH-SPEED MEMORY INTERFACE
Vers : SPRA420 : DEVELOPING AN SRM DRIVE SYSTEM USING THE TMS320F240
Vers : SPRA083 : PID AND DEADBEAT CONTROLLERS WITH THE TMS320 FAMILY (CONTAINS SCANNED TEXT)
Vers : SPRA084 : TMS320 ALGORITHM DEBUGGING TECHNIQUES (CONTAINS SCANNED TEXT)
Vers : BPRA071 : DC12-24V 30A THREE PHASE POWER HARDWARE
Vers : BPRA077 : 3-PHASE MEASURE SINGLE LINE RESIST F240

BPRA072 : IMPLEMENTATION SENSORLESS SPEED CONTROLLED BRUSHLESS DC DRIVE USING TMS320F240

Info : recherche du 16 juin 1998
Stockage : Thierry LEQUEU
Application_Report_Abstract :
The DSP Controller TMS320F240 from Texas Instruments is suitable for a wide range of motor drives. TMS320F240 provides a single chip solution by
integrating on-chip not only a high computational power but also all the peripherals necessary for electric motor control. The present application
note describes how a sensorless, speed controlled, brushless DC drive can be implemented using TMS320F240. This document shows that this sensorless
solution is single chip and really cost effective in comparison with the sensored solution.
Lien : BPRA072.pdf
1998 Texas Instruments Incorporated

BPRA073 : FIELD ORIENTED CONTROL 3-PHASE AC-MOTORS

Info : recherche du 16 juin 1998
Stockage : Thierry LEQUEU
Application_Report_Abstract :
The principle of vector control of electrical drives is based on the control of both the magnitude and the phase of each phase current and
voltage. For as long as this type of control considers the three phase system as three independent systems the control will remain analog and
thus present several drawbacks. Since high computational power silicon devices, such as the TMS320F240 from TI, came to market it has been
possible to realize far more precise digital vector control algorithms. The most common of these accurate vector controls is presented in this
document: the Field Orientated Control, a digital implementation which demonstrates the capability of performing direct torque control, of
handling system limitations and of achieving higher power conversion efficiency.
Lien : BPRA073.pdf (90 K Bytes)

SPRA097 : INTERFACING TMS320C5X & PARALLEL STEREO CODEC W/OTHER TMS320 DSP CONSIDERATIONS

Info : recherche du 16 juin 1998
Stockage : Thierry LEQUEU
Application_Report_Abstract :
The CS4231 is a 16 bit stereo codec chip with various features, such as multiple analog inputs and outputs, mixing, and gain capabilities, that make them ideal
for computer sound applications [1][2]. The digital interface consists of a parallel 8-bit bus and is meant to directly connect to a PC (ISA/EISA)
interface. Since it is a glueless interface to a PC bus, it looks a bit different from a TMS320C5x or other TMS320 DSPs with asynchronous memory
interface. This Application Note describes an optimum interface to a TMS320C5x DSP. Note that other TMS320 DSP asynchronous buses are very similar and most of
the interface described here will also apply to any TMS320 DSP system. In this implementation the TMS320C5x and codec share the same bus with SRAM. This
tradeoff keeps pin count and thus cost down, at the cost of performance. A separate codec bus mapped into the DSP's memory or I/O space would make the
system more efficient and is briefly described at the end of this Application Note along with other system considerations.
Lien : SPRA097.pdf

SPRA404 : PROPER USAGE OF TMS320C5X TIMING SPECIFICATIONS FOR HIGH-SPEED MEMORY INTERFACE

Info : recherche du 16 juin 1998
Stockage : Thierry LEQUEU
Application_Report_Abstract :
This designer note page describes how to properly interpret the Texas Instruments (TI) TMS320C5x timing specifications to design an interface
to memory and to other external devices. Designing a high-speed interface between the TMS320C5x digital signal processor (DSP) and memory or other
parallel devices poses interesting circuit design considerations. The 'C5x device data sheet provides a wide variety of timing specifications for
various aspects of device operation. Proper interpretation of these timing specifications is critical to ensure that timing requirements are met over
all conditions of read and write operations without excessively constraining the design to a higher speed interface than necessary.
Lien : SPRA404.pdf

SPRA420 : DEVELOPING AN SRM DRIVE SYSTEM USING THE TMS320F240

Info : recherche du 16 juin 1998
Stockage : Thierry LEQUEU
Lien : SPRA420.pdf
Application_Report_Abstract :
This report describes the basic operation of switched reluctance motors (SRMs) and demonstrates how TMS320F240 DSP-based SRM drive from Texas
Instruments can be used to achieve a wide variety of control objectives.
The first part of the report offers a detailed review of the operation and characteristics of SRMs. The advantages and disadvantages of this type of
motor are cited.
The second part of the report provides examples and strategies for overcoming the limitations cited for SRMs. The examples have complete
hardware and software details for developing an SRM drive system using the TMS320F240. Both conventional and position sensorless operations are
described, along with the theoretical basis for designing the various control algorithms. The examples can be used as baseline designs, which
can be easily modified to accommodate a specific application.

SPRA083 : PID AND DEADBEAT CONTROLLERS WITH THE TMS320 FAMILY (CONTAINS SCANNED TEXT)

Lien : SPRA083.pdf
Abstract :
This report discusses implementation of the PID and deadbeat controllers with
the TMS320 family of DSPs. These application-specific processors are designed
to process signals, including control signals, very efficiently.
Topics :
- Control Systems
- Analog Controllers
- Digital Controllers
- Analog versus Digital Controllers
- Processor Selection Issues
- DSP Architectures
- Design of Digital Control Systems
- Discretization of Analog Systems
- Plant Modeling
- Digital Controller design
- Design and Implementation of PID Controllers
- Deadbeat

SPRA084 : TMS320 ALGORITHM DEBUGGING TECHNIQUES (CONTAINS SCANNED TEXT)

Lien : SPRA084.pdf
Abstract : As DSP tasks become increasingly complex, the ability to debug a DSP
algorithm as a discrete transfer function is becoming more critical. This report
analyzes a technique for debugging a coded transfer function in a purely software
environment using traditional analog troubleshooting methods applied to analyze
and debug DSP algorithms using Texas Instruments (TIä). TMS320.
Topics :
- An explanation of data logging and its advantages
- How to create an input file with Lotus and save it as ASCII
- How to run your program with data logging
- How to plot output data
- Examples of highly complex algorithms.
Accompanying_the_text_are :
- Diagrams of DSP code division
- Sample input text editor file
- Spread sheet calculations of sine waves
- Lotus command structures
- Sample four Op-Amp block diagram
- Example of a four second-order IIR structure.

BPRA071 : DC12-24V 30A THREE PHASE POWER HARDWARE

Lien : BPRA071.pdf
Abstract :
Texas Instruments TMS320C24x DSP Controller family is suitable for a wide range of
motor drives and power electronics applications. To help the customer with this DSP
Controller family and thus to reduce both the development time and the time to market,
Texas Instruments offers complete DSP Controller based solutions for driving power
applications. As one of these solutions, this report gives details of a 12-24V 30A
power board design compatible with the DSP controller control boards.

BPRA077 : 3-PHASE MEASURE SINGLE LINE RESIST F240

Lien : BPRA077.pdf
Abstract :
Most inverter control systems require a knowledge of the phase currents.
The simplest method of obtaining these currents is to measure them directly.
Depending on the motor winding connections, this requires at least two sensors
to be applied directly to the motor phases. Usually, these types of sensors are
expensive due to their need to be isolated. There is a second method of measuring
these phase currents using a simple, cheap resistor. However, under certain
conditions, the measurement becomes difficult and even impossible due to hardware
limitations. In this paper, a solution is described for circumventing this problem
and results are given following its implementation on a Digital Signal Processor,
the TMS320F240 from Texas Instruments.

Power Management - Switching DC/DC Regulation - DC/DC Controllers - Application Notes

  [1] : [99DIV111] Unitrode Product, Power Supply Design Seminar, 1999.

Lien : UC3637.pdf - 413 Ko, 6 pages, UNITRODE, UC1637, UC2637, UC3637, Switched Mode Controller for DC Motor Drive.Lien : TL497A.pdf - 9 pages, 138 Ko, TL497A, SWITCHING VOLTAGE REGULATORS, SLVS009D, JUNE 1976, REVISED JULY 1999.
Lien : SLUS283.pdf - 413 Ko, 6 pages, UNITRODE, UC1637, UC2637, UC3637, Switched Mode Controller for DC Motor Drive.Lien : TL497A.pdf - 9 pages, 138 Ko, TL497A, SWITCHING VOLTAGE REGULATORS, SLVS009D, JUNE 1976, REVISED JULY 1999.
Lien : SLUA073.pdf - 212 Ko, 9 pages, UNITRODE, A HIGH PRECISION PWM TRANSCONDUCTANCE AMPLIFIER FOR MICROSTEPPING USING UNITRODE’S UC3637.
Lien : SLUA076.pdf - 107 Ko, 10 pages, UNITRODE, A Simplified Approach to dc Motor Modeling for Dynamic Stability Analysis.
Lien : SLUA137.pdf - 351 Ko, 12 pages, UNITRODE, UC1637/2637/3637 SWITCHED MODE CONTROLLER FOR DC MOTOR DRIVE.
Lien : SLUA184.pdf - 169 Ko, 4 pages, Design Considerations for Synchronizing Multiple UC3637 PWMs
Lien : SLUA054.pdf - 574 Ko, 16 pages, NEW DRIVER ICs OPTIMIZE HIGH SPEED POWER MOSFET SWITCHING CHARACTERISTICS, Bill Andreycak, UNITRODE Integrated Circuits Corporation, Merrimack, N.H., U-118.
Lien : SLUA105.pdf - 245 Ko, 16 pages, PRACTICAL CONSIDERATIONS IN HIGH PERFORMANCE MOSFET, IGBT and MCT GATE DRIVE CIRCUITS, BILL ANDREYCAK, U-137.
Lien : SLUA253.pdf - 59 Ko, 4 pages, Accurate PWM Duty Cycle Clamp, January 2001.
Lien : UC1711.pdf - 48 Ko, pages.
Lien : UC3705.pdf - 112 Ko, pages.
Lien : UC3706.pdf - 155 Ko, pages.
Lien : UC3707.pdf - 336 Ko, pages.
Lien : UC3708.pdf - 173 Ko, pages.
Lien : UC3709.pdf - 186 Ko, pages.
Lien : UC3710.pdf - 73 Ko, pages.
Lien : UC3715.pdf - 301 Ko, pages.
Lien : UC3724.pdf - 265 Ko, pages.
Lien : UC3725.pdf - 295 Ko, pages.

30 Watt Boost Converter Using the UCC39421 Multimode Synchronous PWM Controller (SLUA240 - Updated: 02/15/2000)

Adjustable Boost Converter EVM Using The TL5001 PWM Controller (SLVU004 - Updated: 10/30/1998)
Lien : SLVU004.pdf - 508 Ko, 52 pages, SLVP088 20 V to 40 V Adjustable Boost Converter Evaluation Module User’s Guide.

Analog Applications Journal (SLYT005 - Updated: 07/15/1999)
Analog Applications Journal (SLYT015 - Updated: 04/20/2000)
Analog Applications Journal (Rev. A) (SLYT010A - Updated: 03/17/2000)
Analog Applications Journal (Rev. B) (SLYT012B - Updated: 03/15/2001)
Analog Applications Journal July 2001 Issue (SLYT027 - Updated: 07/09/2001)
Analog Applications Journal Q1, 2002 on-line issue (SLYT029, 896 KB - Updated: 12/06/2001)
DC-to-DC Converter Derives 1.2V from 12V (SLVA063 - Updated: 02/24/1999)
DC-to-DC Converter Parallel Operation Using Droop Compensation of TPS5210 (SLVA060 - Updated: 06/23/1999)
DN-105 UCC3588 5-Bit Programmable Output BiCMOS Power-Supply Controller, EVM (SLUA224 - Updated: 09/05/1999)
DN-70 UC3573 Buck Regulator PWM Control IC - Typical Application Circuit (SLUA199 - Updated: 09/05/1999)
Designing Fast Response Synchronous Buck Regulators Using the TPS5210 (SLVA044 - Updated: 03/10/1999)
Designing Low-Cost Buck Regulators Using The TL5001A (SLVU014, 348 KB - Updated: 06/23/1999)
Designing with the TL1454 PWM Controller User's Guide (SLVU012, 375 KB - Updated: 12/08/1998)
Designing with the TL5001 PWM Controller (Rev. A) (SLVA034A - Updated: 09/01/1995)
Examples Of Applications With The Pulse Width Modulator TL5001 (SLVAE05 - Updated: 01/01/1997)
Extended Output Voltage Adjustment Using the TPS5210 (SLVA054 - Updated: 12/10/1998)
Fast Response Synchronous Buck Converter Design Using The TI TPS56xx Family (SLVU007 - Updated: 09/23/1998)
High Performance 3-A Output Synchronous Buck EVM (SLVU021 - Updated: 11/11/1999)
High Performance 45-A Synchronous Buck EVM Using The TPS5210 (SLVU015, 236 KB - Updated: 10/28/1999)
High Performance Synchronous Buck EVM Using The TPS5210 (SLVU010, 308 KB - Updated: 03/10/1999)
High Performance Synchronous Buck EVM Using the TPS56100 in Systems with Only 5V (SLVU018 - Updated: 07/29/1999)
High Performance VRM Using The TPS5210 (SLVU011, 171 KB - Updated: 03/10/1999)
High-Density Synchronous Buck Converter Design Using TPS56xx Controllers (SLVU013, 692 KB - Updated: 06/07/1999)
Infiniband Bulk Power Evaluation Module and Interface Card (SLVU047, 1375 KB - Updated: 02/22/2001)
Off-Line SMPS Failure Modes PWM Switchers and DC-DC Converters (SLVA085 - Updated: 03/22/2000)
Power Control Design Key To Realizing Infiniband Benefits (SLVA108 - Updated: 11/01/2001)
Power Supply Sequencing Solutions for Dual Supply Voltage DSPs (Rev. A) (SLVA073A - Updated: 07/05/2000)
Providing a DSP Power Solution From 5-V Or A 3.3-V Only System (SLVA069 - Updated: 05/26/1999)
SLVO180C DDR Power Supply EVM Using TL5002 (Synchronous Buck Controller) (SLVU044, 1677 KB - Updated: 01/18/2001)
SLVP087 Buck Converter Evaluation Module (Rev. A) (SLVU003A - Updated: 07/29/1998)
SLVP101, SLVP102, And SLVP103 Buck Converter Design Using The TL5001 (SLVU005 - Updated: 05/04/1998)
SLVP182 High Accuracy Synthronous Buck DC/DC Converter EVM (SLVU046, 1389 KB - Updated: 02/27/2001)
Synchronous Buck Converter EVM Using the TPS5211 (SLVU032, 2186 KB - Updated: 06/13/2000)
Synchronous Buck Converter Evaluation Module (Rev. A) (SLVU001A - Updated: 07/29/1998)
TL5001EVM-097 3.3-V/5-V Selectable Output, 2.5-A Buck Converter User's Guide (Rev. B) (SLVU002B, 144 KB - Updated: 05/25/2001)
TL5002 Provides DDR Bus Termination Power Supply Solution (SLVA095 - Updated: 01/26/2001)
TMS320C62x/67x Power Supply Solutions for 1-2 DSPs Using the TL5001A and TPS7133 (Rev. A) (SLVA066A - Updated: 06/01/1999)
TPS5625 Working with TMS320C201 Applications (SLVA047 - Updated: 10/28/1998)
U-156 The UC3886 PWM Controller Uses Average Current Mode Control (SLUA127 - Updated: 09/05/1999)
U-157 Fueling the Megaprocessor - A DC/DC Converter Design (SLUA093 - Updated: 09/05/1999)
U-167 UC3578 Telecom Buck Converter Evaluation Board (SLUA140 - Updated: 09/05/1999)
UC3578 Telecom Buck Converter Reference Design (SLUU095 - Updated: 10/16/2001)
UCC3585 Low Voltage Synchronous Buck Converter Evaluation Board (SLUU089, 149 KB - Updated: 02/08/2001)
UCC39421 1-MHz 5-V Boost Evaluation Board (Rev. A) (SLUA244A - Updated: 05/03/2000)
UCC39421 3.3V SEPIC Evaluation Board (Rev. B) (SLUA239B - Updated: 08/08/2001)
Understanding Boost Power Stages In Switchmode Power Supplies (SLVA061 - Updated: 03/04/1999)
Understanding Buck Power Stages In Switchmode Power Supplies (SLVA057 - Updated: 03/04/1999)
Understanding Buck-Boost Power Stages in Switchmode Power Supplies (SLVA059 - Updated: 03/10/1999)
Using the TPS5602 to Power DSPs (Rev. A) (SLVA078A - Updated: 03/07/2000)
Using the TPS56100 to Power DSPs (Rev. B) (SLVA080B - Updated: 03/07/2000)
Using the TPS56300 for Powering DSPs (Rev. A) (SLVA088A - Updated: 01/16/2001)
Using the TPS56xx To Power DSPs (Rev. A) (SLVA083A - Updated: 03/07/2000)
Voltage Regulator Solutions for Xilinx Virtex E Dual Voltage FPGAs (SLVA086 - Updated: 06/13/2000)

Application Notes for PWM Power Supply Controllers

  [1] : [99DIV111] Unitrode Product, Power Supply Design Seminar, 1999.

PWM Power Supply Controllers
UCC28517 100-W PFC power converter with 12-V, 8-W bias supply, Part 1 (SLYT097.pdf, 202 KB)
28 Feb 2005 Download

UCC28517 100-W PFC power converter with 12-V, 8-W bias supply, Part 2 (SLYT092.pdf, 224 KB)
28 Feb 2005 Download

Designing Switching Voltage Regulators With the TL494 (Rev. D) (SLVA001d.htm, 0 KB)
31 Jan 2005

Current Doubler Rectifier Offers Ripple Current Cancellation (slua323.htm, 0 KB)
21 Sep 2004

Active Clamp Transformer Reset: High Side or Low Side? (slua322.htm, 0 KB)
17 Sep 2004

200-W Interleaved Forward Converter Design Review Using TI's UCC28221 PWM Contro (slua312.htm, 0 KB)
19 Apr 2004

UCC2891 Active Clamp (slua303.htm, 0 KB)
22 Dec 2003

Dual Output Boost Converter (slua288.htm, 0 KB)
09 Apr 2003

Low Voltage Feedback in PWM Applications (slua286.htm, 1 KB)
27 Feb 2003

Synchronous Rectifiers of a Current Doubler (slua287.htm, 0 KB)
27 Feb 2003

UCC38C42 25-W Forward Converter (slua276.htm, 0 KB)
06 Sep 2002

UCC3895 CD Output Asymmetric Duty Cycle Operation (slua275.htm, 0 KB)
21 Aug 2002

UCC38C44 12-V Isolated Bias Supply (slua274.htm, 0 KB)
13 Aug 2002

Understanding Buck-Boost Power Stages in Switchmode Power Supplies (Rev. A) (SLVA059a.htm, 0 KB)
28 May 2002

UCC38C42 Family of High-Speed BiCMOS Current-Mode PWM Controllers (slua257.htm, 0 KB)
07 Feb 2002

A Power Management Solution for Efficient, Multiple Output Applications (slua255.htm, 0 KB)
04 Oct 2001

Programming the UCC3809 for 90% Maximum Duty Cycle Clamp (slua251.htm, 0 KB)
04 Jun 2001

A Comparison Between the BiCMOS UCC3895 Phase Shift Controller and the UC3875 (slua246.htm, 1 KB)
22 Feb 2001

Power-Supply Solutions for Multivolt Altera FLEX 10KE and APEX 20K/KE FPGAs (SLVA087.htm, 0 KB)
16 Jan 2001

DN-63 The Current-Doubler Rectifier: An Alternative Rectification Technique (slua121.htm, 1 KB)
12 Jan 2001

Differences Between the UCC3813 and the UCC3800 PWM Families (slua247.htm, 0 KB)
02 Jun 2000

Conditioning a Switch-mode Power Supply Current Signal Using TI Op Amps (sloa044.htm, 0 KB)
23 Mar 2000

Off-Line SMPS Failure Modes PWM Switchers and DC-DC Converters (SLVA085.htm, 0 KB)
22 Mar 2000

DN-26 UC3842A Low-Cost Start-up and Fault Protection Circuit (slua162.htm, 0 KB)
05 Sep 1999

DN-27 UC1842/UC1842A Family - Summary of Functional Differences (slua163.htm, 0 KB)
05 Sep 1999

DN-28 UC3840/UC3841/UC3851 PWM Controllers - Summary of Functions & Differences (slua164.htm, 1 KB)
05 Sep 1999

DN-29 UC3842A Family - Frequency Foldback Technique Provides Protection (slua165.htm, 0 KB)
05 Sep 1999

DN-30 Programmable Electronic Circuit Breaker (slua166.htm, 0 KB)
05 Sep 1999

DN-36 UC1525B/UC1527B Devices - Comparison Summary to UC1525A/27A Devices (slua170.htm, 0 KB)
05 Sep 1999

DN-40 The Effects of Oscillator Discharge Current Variations on Maximum Duty (slua173.htm, 0 KB)
05 Sep 1999

DN-42A Design Considerations for Transitioning from UC3842 to the New UCC3802 (slua084.htm, 1 KB)
05 Sep 1999

DN-43 Simple Techniques to Generate a Negative Voltage Bias Supply (slua042.htm, 1 KB)
05 Sep 1999

DN-45 UC3846, UC3856 and UCC3806 Push Pull PWM Current Mode Control ICs (slua178.htm, 0 KB)
05 Sep 1999

DN-46 Highly Efficient Low Power DC to DC Inverter Converts +5V Input to -3V Out (slua179.htm, 0 KB)
05 Sep 1999

DN-48 Versatile Low Power SEPIC Converter Accepts Wide Input Voltage Range (slua158.htm, 1 KB) 05 Sep 1999
Lien : SLUA158.pdf - 4 pages, 61 Ko, "DN-48 Versatile Low Power SEPIC Converter Accepts Wide Input Voltage Range", UNITRODE.

  [1] :  [DIV475]  J. PALCZYNSKI, DN-48 Versatile Low Power SEPIC Converter Accepts Wide Input Voltage Range, UNITRODE, SLUA158, September 1999, 4 pages.

DN-51 Programming the UCC3806 Features (slua183.htm, 1 KB)
05 Sep 1999

DN-54 Innovative Buck Regulator Uses High Side N-Channel Switch Without Complex (slua185.htm, 0 KB)
05 Sep 1999

DN-56A, Single Switch Flyback Circuit Converts + 5 V to +/- 12 V for RS-232/422 (slua046.htm, 1 KB)
05 Sep 1999

DN-59A UCC3889 Bias Supply Controller EVM Kit - Schematic (slua188.htm, 0 KB)
05 Sep 1999

DN-62 Switching Power Supply Topology Voltage Mode vs. Current Mode (slua119.htm, 0 KB)
05 Sep 1999

DN-65 Considerations in Powering BiCMOS ICs (slua081.htm, 1 KB)
05 Sep 1999

DN-83 UC3584DW Secondary Side Post Regulator EVM Board Schematic (slua092.htm, 0 KB)
05 Sep 1999

DN-89 Comparing the UC3842, UCC3802, and UCC3809 Primary Side PWM Controllers (slua213.htm, 1 KB)
05 Sep 1999

U-97 Modeling, Analysis and Compensation of the Current-Mode Converter
(slua101.htm, 1 KB) 05 Sep 1999
Lien : SLUA101.pdf - 7 pages, 190 Ko, U-97, MODELLING, ANALYSIS AND COMPENSATION OF THE CURRENT-MODE CONVERTER.

  [1] :  [DIV469]  UNITRODE, U-97 Modeling, Analysis and Compensation of the Current-Mode Converter, SLUA101, September 1999, 7 pages.

U-100A UC3842/3/4/5 Provides Low-Cost Current-Mode Control (slua143.htm, 1 KB)
05 Sep 1999

U-110 1.5 Mhz Current Mode IC Controlled 50-Watt Power Supply (slua053.htm, 1 KB)
05 Sep 1999

U-111, Practical Considerations in Current Mode Power Supplies (slua110.htm, 0 KB) 05 Sep 1999
Lien : SLUA110.pdf - 19 pages, 273 Ko, "U-111, Practical Considerations in Current Mode Power Supplies", UNITRODE.

  [1] :  [DIV474]  UNITRODE, U-111, Practical Considerations in Current Mode Power Supplies, UNITRODE, SLUA110, September 1999, 19 pages.

U-122 A New Family of Integrated Circuits Controls Resonant Mode Power (slua074.htm, 1 KB) 05 Sep 1999
Lien : SLUA074.pdf - 28 pages, 273 Ko, "U-122 A New Family of Integrated Circuits Controls Resonant Mode Power", UNITRODE.

  [1] :  [DIV473]  L. WOFFORD, U-122 A New Family of Integrated Circuits Controls Resonant Mode Power, UNITRODE, SLUA074, September 1999, 10 pages.

U-128 The UC3823A,B and UC3825A,B Enhanced Generation of PWM Controllers (slua125.htm, 1 KB)
05 Sep 1999

U-131 Simple Switchmode Lead-Acid Battery Charger (slua055.htm, 1 KB) 05 Sep 1999
Lien : SLUA055.pdf - 10 pages, 207 Ko, U-131, Simple Switchmode Lead-Acid Battery Charger, John A. O’Connor.

  [1] :  [ART455]  C. TAVERNIER, Chargeur d'entretien pour batteries au plomb, Revue N° 258, Electronique Pratique, juin 2001, pp. 16-20.

U-133A UCC3800/1/2/3/4/5 BiCMOS Current Mode Control IC's (slua149.htm, 1 KB) 05 Sep 1999
Lien : SLUA149.pdf - 19 pages, 584 Ko, B. Andreycak, "U-133 - UCC3800/1/2/3/4/5 BiCMOS Current Mode Control IC's ", UNITRODE.

  [1] :  [DIV477]  B. ANDREYCAK, U-133A - UCC3800/1/2/3/4/5 BiCMOS Current Mode Control IC's, UNITRODE, SLUA149, September 1999, 19 pages.

U-135 The UC3848 Average Current Mode Controller Squeezes Maximum Performance (slua126.htm, 1 KB)
05 Sep 1999

U-138 Zero Voltage Switching Resonant Power Conversion (slua159.htm, 1 KB) 05 Sep 1999
Lien : SLUA159.pdf - 28 pages, 795 Ko, B. Andreycak, "U-138 - Zero Voltage Switching Resonant Power Conversion", UNITRODE.

  [1] :  [DIV472]  B. ANDREYCAK, U-138 - Zero Voltage Switching Resonant Power Conversion, UNITRODE, SLUA159, September 1999, 28 pages.

U-140 Average Current Mode Control of Switching Power Supplies (slua079.htm, 1 KB)
05 Sep 1999

U-144 UCC3806 BiCMOS Current Mode Control IC (slua150.htm, 1 KB)
05 Sep 1999

U-149 Elegantly Simple Off-Line Bias Supply for Very Low Power Applications (slua116.htm, 1 KB)
05 Sep 1999

U-150 Applying the UCC3570 Voltage-Mode PWM Controller to Both Off-Line (slua077.htm, 1 KB)
05 Sep 1999

U-154 The New UC3879 Phase-Shifted PWM Controller Simplifies the Design (slua122.htm, 1 KB)
05 Sep 1999

U-156 The UC3886 PWM Controller Uses Average Current Mode Control (slua127.htm, 1 KB)
05 Sep 1999

U-157 Fueling the Megaprocessor - A DC/DC Converter Design (slua093.htm, 0 KB)
05 Sep 1999

U-160 Simple Circuit Modifications Enhance Optocoupler Performance (slua135.htm, 1 KB)
05 Sep 1999

U-164 The UCC3884 Frequency Foldback Pulse Width Modulator (slua114.htm, 1 KB)
05 Sep 1999

U-165 Design Rvw: Isolated 50 W Flyback Converter Using UCC3809 and UC3965 (slua086.htm, 1 KB)
05 Sep 1999

U-168 Implementing a Practical Off-line Lithium-Ion Charger Using the UCC3809 (slua097.htm, 1 KB)
05 Sep 1999

U-93 A New Integrated Circuit for Current Mode Control (slua075.htm, 0 KB)
05 Sep 1999

Understanding Boost Power Stages In Switchmode Power Supplies (SLVA061.htm, 1 KB)
04 Mar 1999

Understanding Buck Power Stages In Switchmode Power Supplies (SLVA057.htm, 1 KB)
04 Mar 1999

Designing Switch-Mode Power Supplies with the TL598 Application Report (Rev. B) (SLVA003b.htm, 1 KB)
01 Jul 1992

1988 - SEM 600 - UNITRODE DESIGN SEMINARS

Lien : SLUP085.pdf - 2397 Ko, xx pages.
Lien : SLUP086.pdf - 3915 Ko, xx pages.
Lien : SLUP087.pdf - 2018 Ko, xx pages.
Lien : SLUP088.pdf - 1622 Ko, xx pages.

  [1] :  [PAP158]  -------
  [2] :  [PAP158]  -------
  [3] : [99ART154] L.H. DIXON, High power factor preregulators for off-line power supplies, Unitrode Power Supply Design Seminar, SLUP087, 1988, vol. 6, pp. 1-16.
  [4] :  [PAP158]  -------

1990 - SEM 700 - UNITRODE DESIGN SEMINARS

Lien : SLUP089.pdf - 3166 Ko, xx pages.
Lien : SLUP090.pdf - 2529 Ko, xx pages.
Lien : SLUP091.pdf - 1925 Ko, xx pages.
Lien : SLUP092.pdf - 976 Ko, xx pages.
Lien : SLUP093.pdf - 2002 Ko, xx pages.

1991 - SEM 800 - UNITRODE DESIGN SEMINARS

Lien : SLUP094.pdf - 1961 Ko, xx pages.
Lien : SLUP095.pdf - 1676 Ko, xx pages.
Lien : SLUP096.pdf - 1335 Ko, xx pages.
Lien : SLUP097.pdf - 1687 Ko, xx pages.
Lien : SLUP098.pdf - 1582 Ko, xx pages.

1993 - SEM 900 - UNITRODE DESIGN SEMINARS

Lien : SLUP099.pdf - 1465 Ko, xx pages, Distributed Power Systems.
Lien : SLUP100.pdf - 1976 Ko, xx pages, Snubber Circuits: Theory, Design and Application.
Lien : SLUP101.pdf - 1690 Ko, xx pages, Designing a Phase Shifted Zero Voltage Transition Power Converter.
Lien : SLUP102.pdf - 2638 Ko, xx pages, Design Review: 500 Watt, 40W/in3 Phase Shifted ZVT Power Converter.
Lien : SLUP103.pdf - 1398 Ko, 13 pages, High Power Factor Preregulator Using the SEPIC Converter.
Lien : SLUP104.pdf - 777 Ko, xx pages, Control Loop Design SEPIC Preregulator Example.
Lien : SLUP105.pdf - 442 Ko, xx pages, Coupled Inductor Design.

  [1] :  [PAP158]  -------
  [2] :  [PAP158]  -------
  [3] :  [PAP158]  -------
  [4] :  [PAP158]  -------
  [5] :  [DIV476]  L. DIXON, High Power Factor Preregulator Using the SEPIC Converter, UNITRODE, SLUP103, SEM900, 1993, 13 pages.
  [6] :  [PAP158]  -------
  [7] :  [PAP158]  -------

Hybrid and Electric Vehicle Solutions Guide

Lien : SZZA058C.pdf - 45 pages, 7654 Ko.
Lien : http://www.ti.com/lit/ml/szza058c/szza058c.pdf
Lien : http://www.ti.com/hev
Lien : http://www.ti.com/apps/docs/mrktgenpage.tsp?contentId=67316&appId=209&DCMP=hpa_growth_hev&HQS=Other+OT+hevguide&DCMP=hpa_growth_hev&HQS=Other+OT+hev

Lien : SLYA021.pdf - 31 pages, 19 233 Ko, Driving the Future TI’s Automotive Perspectives 2013.

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