Filters in use:
Filters in use:
Filters in use:
Filters in use:
Filters in use:
Sort by:
Getting Started with TI-RTOS: Chapter 5—TI-RTOS intro
Duration:
Getting Started with TI-RTOS: Chapter 6—TI-RTOS mechanics
Duration:
Getting Started with TI-RTOS: Chapter 7—using tasks
Duration:
Getting Started with TI-RTOS: Chapter 8—TI-RTOS instrumentation
Duration:
Getting Started with TI-RTOS: Chapter 9—using semaphores (Hwi)
Duration:
Getting Started with TI-RTOS: workshop agenda
Duration:
Hands-on Demos
How Bluetooth 5 is breaking barriers in connected applications
Duration:
How to get started with CC1310 Packet RX/TX example
Duration:
How to invest once to develop unlimited IoT applications
Duration:
How to Leverage SimpleLink Academy
Duration:
How to OAD customer images to your LPSTK-CC1352 kit
Duration:
How to use EasyLink RX/TX examples
Duration:
Implementing LC-sensing with CC1350 SCE and FemtoFETs
Duration:
In-system tunable Multiband Sub-1GHz RF sub-system
Multiband Sub-1GHz RF sub-systems
Inductive sensing with TI FemtoFET and CC1350 Wireless MCU
Water and heat meters share multiple system building blocks, such as the metrology sub-system and the application sub-systems, the Wireless communications part, the InfraRed optical port or the power solution. In this section, we will cover a new ultra-low cost single-chip LC-sensing solution utilizing the CC1350 Wireless MCU and its Sensor Controller Engine. Two external LC-tanks with a TI FemtoFET device each implement two rotation detection sensors, which measure the rotation of a half-metal/half-nonmetal disc, often used in mechanical water meters.
Industrial IoT with the CC1310 sub-1 GHz wireless MCU
Duration:
Innovative 7-Segment LCD Control Using GPIO Pins and SW
Duration:
Introducing the SimpleLink™ MCU platform
Duration: