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Available courses

  • Learn why engineers are choosing SimpleLink CC3000.

    Videos
    Self enrolment: Connect More with TI's SimpleLink Wi-Fi CC3000
  • Learn why customers are choosing SimpleLink CC256x.

    Videos
    Self enrolment: Connectivity / Wireless – Connect More with TI's Bluetooth Solutions
  • BLE is targeted towards applications with low-power, low-latency and low-throughput requirements and is suited for consumer, industrial and automotive markets. TI was first to release a single-mode Bluetooth low energy (BLE) solution and continues to create mature, flexible and complete solutions for the market.

    Videos
    Self enrolment: Bluetooth Low Energy
  • What is the role of Analog System Design in today’s electronics? What is signal conditioning? How to improve Signal to noise ratio prior to converting signal to enable Digital Signal Processing?

    Videos
    Self enrolment: Basic Concepts in Analog System Design
  • What is the role of power supply management in electronics system design? Why should one isolate power supply from sub-system to others? When should you use liner regulators and where to use switchers?

    Self enrolment: DC-DC Fundamentals
  • Want to get started on embedded programming?  Want to experience the simple and easiest hardware and software tools for development & debugging of your embedded application? Want to explore the best analog interfacing and Low power features of TI’s ultra low power 16bit MCU? 

    Videos
    Self enrolment: MSP430 LaunchPad Kit
  • What is a low dropout regulator? How to improve efficiency of a linear regulator? What is frequency compensation and why it is so important in LDO design?

    Self enrolment: Linear Regulator Fundamentals
  • Why switchers are better than linear regulators for DC/DC conversion? What is a switching regulator? How to convert the pulsed output voltage to a steady voltage?

    Self enrolment: Switcher Fundamental
  • What are the different architectures used in DC-DC converters? How to estimate the power dissipated in a DC-DC converter? Why buck regulator got more significance with increasing uses of ICs in our equipments?

    Self enrolment: Buck Regulator Architecture