As electronics continue to permeate into new areas of automotive, medical and industrial applications, packaging finds itself in the forefront of enabling new features required for growth in these markets.

Quickly and easily add Bluetooth (and ANT) technology to systems using MSP430. In this session, we will provide a quick intro to Bluetooth and ANT technology and a detailed overview of the CC2560 Bluetooth device.

Texas Instruments has introduced the first all-in-one USB Type-C and USB Power Delivery (PD) controller, which integrates a port power switch and port data multiplexer. The TPS65982 USB PD controller is the only IC available that provides the full power path, operating as a Single- or Dual-Role Port and enabling a variety of host and device power implementations.

Loren presents a technical overview of the LMH6521/2 high performance dual/quad DVGAs including filter optimisation, OIP3 performance & cascaded gain.

The F28x7x MCUs are comprised of three distinct series which are fully hardware and software compatible. These MCUs provide performance ranges covering low to high end industrial applications.

Learn about the industry’s first fully programmable ISO 15693-compliant 13.56MHz sensor transponder that integrates an ultra-low-power MCU with non-volatile FRAM. Visit ti.com/rf430frl for details.

Jim walks through a PMBus system demonstration in the lab featuring the LM5066 hot swap controller, UCD3138 digital PWM controller and TPS40422 non-isolated DC/DC controller.

A pair of 32-bit delta-sigma ADCs that combine high resolution, low noise and integrated fault detection, eliminating many of the performance and features trade-offs typically associated with device evaluation and selection, have been introduced by Texas Instruments. The highly integrated, sensor-ready ADS1262 and ADS1263 also remove the need for external components that increase system cost and degrade noise and drift performance.

Providing experienced engineers with the extensive design control, analysis and trouble-shooting capability required to create complex power-supply designs, Texas Instruments has announced a series of advanced tools in WEBENCH Power Designer. From control-loop compensation to simulation export, WEBENCH puts cutting-edge tools in the hands of expert design engineers to create power supplies for industrial, automotive and communications equipment.

Brian gives a quick tour of the DRV2605 evaluation kit. The DRV2605EVM-CT is a complete demo and eval kit that gives you the flexibility to control and explore the features of the DRV2605 ERM/LRA haptic driver.

These are voice over PowerPoint videos to support the workshop title above based on the EK-TM4C1294XL Connected LaunchPad.

This video introduces the NexFET power block. The 40A MOSFET delivers maximum efficiency, frequency and power density in half the size of discrete.

  Dung Dang, Texas Instruments explains why Texas Instruments introduced the MSP432 MCU to address the power-saving issues while raising the bar for high performance on ultra-low-power MCUs.

TI offers complete solutions that integrate MSP430 MCUs with WIRED communication protocols, 4-20mA loop, HART and IO-Link making the design cycle for industrial applications easier and shorter for you.

Learn how TI's 66AK2L06 SoC is transforming high speed data acquisition markets such as medical, sonar, imaging, avionics, defence and test and measurement by enabling systems which are more portable, greener and significantly lower power.

Eric Nachtigal, an applications engineer at Texas Instruments, describes Mobile High-Definition Link (MHL) and TI's newest MHL/high speed USB 2.0 signal switch, the TS3USB3200.

If you need a higher performing, reduced power & cost solution in a smaller footprint then you must see this video outlining the advantages of TI's new system optimised alternative to FPGAs - the 66AK2L06 SoC with integrated DFE and JESD204B.

Nate and Jitendra preview TI's 25-28Gb/s retimer technology.

Claimed to be the industry’s first current-sense amplifier to integrate a high-precision, low-drift shunt resistor, which can deliver highly accurate measurements over a wide temperature range, the INA250 has been unveiled by Texas Instruments. This integration also enables lower system cost and a smaller board footprint compared to competitive solutions.