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If you need to design and implement multiple power supplies quickly, then this three-day, hands-on workshop is for you.
During this three-day, hands-on workshop developed by TI partner Biricha Digital Power Ltd, you will get the technical information you need to design your digital power supply quickly and efficiently.
Based on TI's TMS320C2000™ 32-bit controller family, the workshop will allow you to gain practical experience designing and coding four closed loop digital converters. You will also receive the tutorials, libraries and skills to implement multiple converters with minimal coding.
All attendees receive Biricha Digital Power Ltd's Digital Power Library, written specifically for C2000™ fixed point processors to allow quick programming of the device peripherals and make programming easy and intuitive.
| Time and place |
|
|---|---|
| Tuesday 24th August 2010 | Kista, Sweden |
| Cost: €1795 (excl. VAT) | |
Workshop Outline
Typically the morning session is dedicated to the study of the theory and principles, whilst the afternoon session focuses on laboratory exercises to consolidate the theory.
In addition, all attendees will receive a copy of Biricha Digital Power Ltd’s Digital Power Library. This library is a collection of software functions written specifically for the C2000 family of processors including Piccolo A, Piccolo B+CLA and the 28335 floating point in order to reduce the programming burden of the digital power supply designer.
These functions allow quick programming of the device peripherals (such as PWM and ADC setup) and are written in such a way so as to make programming easy and intuitive.
An overview of the course syllabus is given below; for full details and laboratory content please click on "Agenda" in the left border
| Agenda |
|---|
| Day 1: Introduction to Digital Power |
|
Introduction to digital power Topologies used in the workshop (Buck, Synchronous Buck, Flyback) Closed loop control of these topologies in analog and digital domains The C2000 family’s development tools & features (GPIOs, PWM, over-current trip zones, ADC, etc.) Code Composer Studio and JTAG emulation TI and Biricha template libraries DSP program structure Fixed point number representation and IQMath Using the Biricha Digital's Digital Power Library to set up interrupts,PWMs, and ADCs without extensive programming Soft-Start and Soft-Stop without extensive programming |
| Day 2: Digital PSU and Controller Design Using the C2000 |
|
Review of analog power supply design fundamentals Review of analog compensator design (Type II & Type III) for voltage and current mode control Detailed discussion of digital power supply design Implementing a simple digital controller for your digital power supply in F2808 and Piccolo Digital voltage mode controller design Stand alone power supplies and flash programming |
| Day 3: Running Multiple Power Supplies and Peak Current Mode |
|
Running multiple power supplies Review peak analog peak current mode design Analog slope compensation and sub-harmonic oscillation Digital peak current mode controller design Using Piccolo B's CLA functionality Digital slope compensation using the CLA Phase margin erosion in digital domain due to delays ADC quantization and finite word length issues |
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