HVAC system

Our cost-optimized power architecture designs and evaluation modules are designed to work with heat-pump control boards to provide maximum longevity and efficiency over a wide temperature range.

You can also use a power factor correction (PFC) stage to increase the power efficiency of your designs. Our PFC controllers offer high efficiency, low standby power, a superior power factor and current distortion for switch-mode power supplies. Our portfolio spans conduction mode and transition mode to continuous-conduction-mode PFC.

Our motor control solutions enable intelligent monitoring and control of various motors for increased efficiency, smaller size and lower bill-of-material costs. Thanks to TI GAN devices, sophisticated motor control algorithms and >99% efficient reference designs, we are able to help you create reliable motor-control solutions that meet stringent industry efficiency standards.

Predictive maintenance involves sensors integrated strategically on or in a device to collect data that when analyzed can detect a potential part failure. These sensors range from infrared temperature sensors to piezoelectric vibration sensors.

Our reference designs and evaluation modules provide low-cost predictive maintenance solutions to increase HVAC system component longevity and efficiency over a wide temperature range.

HVAC system and unit controllers are the backbone of any industrial HVAC system. These controllers are evolving from simple relay and sensor-loop controllers to more advanced controllers with smart connectivity, reliable input/output protection, and on-the-fly input/output configurations for sensors and control systems. The challenges include meeting functional safety requirements, balancing power with performance, and creating a cost-optimized design. 

Our scalable AM6x and AM3x processors support this transition, offering efficient edge processing and reducing power consumption to support battery- and power-efficient applications.