C2000™ MCUs - Digital Power training series
C2000™ MCUs address the growing need for high efficiency, smaller form factor and adaptability in digitally controlled power electronic converters.
Table of contents
Additional information
1. C2000 Digital Power Training Videos
Learn more about digital power control, specific applications, development tools, or review device specific instructions.
| # | Title | Duration | ||
|---|---|---|---|---|
| 1.1 |
Digital Control of Switching Power Supplies using C2000
Digital Control of Switching Power Supplies using C2000
|
00:58 | Digital Control of Switching Power Supplies using C2000 | |
| 1.2 |
C2000 in PV Power Conversion Application
Learn PV power conversion and how the C2000 MCU ecosystem can enable development engineers in designing a PV power system.
|
01:16:33 | Learn PV power conversion and how the C2000 MCU ecosystem can enable development engineers in designing a PV power system. | |
| 1.3 |
C2000 Digital Power Control and Implementation
Learn how to implement digital control loops with TI C2000 MCU
|
34:04 | Learn how to implement digital control loops with TI C2000 MCU | |
| 1.4 |
C2000 Developments in Digital Power Control
This session introduces enhancements to C2000 MCUs designed to improve performance in digital power applications.
|
24:53 | This session introduces enhancements to C2000 MCUs designed to improve performance in digital power applications. | |
| 1.5 |
10kW 3-Phase 3-Level SiC Grid Tie Inverter Reference Design
Highlights TI's verified reference design that provides an overview on how to implement a three-level, three phase SiC based DC:AC grid-tie inverter s...
|
04:59 | Highlights TI's verified reference design that provides an overview on how to implement a three-level, three phase SiC based DC:AC grid-tie inverter s... | |
| 1.6 |
Deep dive on SiC based 10kW grid tied inverter design
This session is about design considerations and challenges involved in designing a high power (10kW and higher) SiC based grid-tie inverter.
|
01:19:36 | This session is about design considerations and challenges involved in designing a high power (10kW and higher) SiC based grid-tie inverter. | |
| 1.7 |
Digitally Controlled Interleaved LLC Resonant Converter: TIDM-1001
This presentation provides details of a digitally-controlled two-phase interleaved LLC resonant converter TI design, TIDM-1001.
|
26:32 | This presentation provides details of a digitally-controlled two-phase interleaved LLC resonant converter TI design, TIDM-1001. |
Login required
2. Digitally Controlled High Efficiency and High Power Density PFC Circuits
In recent years, more attention is focused on increasing power conversion efficiency and power density for universal input power factor correction (PFC) converters while maintaining high power factor (PF) and low input current total harmonic distortions (THD). TI C2000 MCU, with its latest DPWM module and integrated analog peripherals, are uniquely positioned to implement efficient digital control of such power converters. This presentation will introduce two bridgeless PFC designs using C2000 MCU.
| # | Title | Duration | ||
|---|---|---|---|---|
| 2.1 |
Digitally Controlled High Efficiency and High Power Density PFC Circuits - Part 1
This presentation will introduce two totem-pole bridgeless PFC designs using C2000 MCU and TI high voltage GaN devices
|
20:48 | This presentation will introduce two totem-pole bridgeless PFC designs using C2000 MCU and TI high voltage GaN devices | |
| 2.2 |
Digitally Controlled High Efficiency and High Power Density PFC Circuits - Part 2
Digitally Controlled High Efficiency and High Power Density PFC Circuits
|
42:27 | Digitally Controlled High Efficiency and High Power Density PFC Circuits | |
| 2.3 |
Digitally Controlled High Efficiency and High Power Density PFC Circuits - Part 3
This presentation will introduce two bridgeless PFC designs using C2000 MCU and TI high voltage GaN
|
31:26 | This presentation will introduce two bridgeless PFC designs using C2000 MCU and TI high voltage GaN |
Login required
3. Developing Solar Inverter Control with Simulink and C2000 MCUs
3 part series with MathWorks that shows how to use Simulink® Simscape Electrical™ to develop embedded software for a solar inverter implemented on a TI C2000 microcontroller using the MathWorks® hardware support package.
| # | Title | Duration | ||
|---|---|---|---|---|
| 3.1 |
Developing Solar Inverter Control with Simulink, Part 1: Overview of the Solar Inverter System
Learn about using Simulink® Simscape Electrical™ to develop embedded software for a solar inverter implemented on a TI C2000 microcontroller using the...
|
Learn about using Simulink® Simscape Electrical™ to develop embedded software for a solar inverter implemented on a TI C2000 microcontroller using the... | ||
| 3.2 |
Developing Solar Inverter Control with Simulink, Part 2: Modeling the PV Panel and Tuning the Boost Converter Controller
Learn how to use Simulink® and Simscape Electrical™ to simulate the power output of a photovoltaic (PV) panel and model a boost converter.
|
Learn how to use Simulink® and Simscape Electrical™ to simulate the power output of a photovoltaic (PV) panel and model a boost converter. | ||
| 3.3 |
Developing Solar Inverter Control with Simulink, Part 3: Designing the MPPT Algorithm and Generating Production Code for the TI C2000 Microcontroller
Learn how to develop an MPPT algorithm using Simulink® and to implement the algorithm on a microcontroller using C code generated from the model
|
Learn how to develop an MPPT algorithm using Simulink® and to implement the algorithm on a microcontroller using C code generated from the model |
Login required