The low power consumption and highly analog integration of the MSP430TM MCU is ideal for metering applications. The devices provided in this series are pre-configured to support single-phase to three-phase metering, while other products require the integration of special scanning peripherals for flow metering applications. ![]()
The MSP430 MCU's integrated analog signal chain and low power performance are ideal for a wide range of medical applications, especially for portable measurement devices. In addition, designing with MSP430 MCUs also enables competitive cost advantages, enabling more patients worldwide to access services. The new CC430 is a small, high-performance, low-cost solution that integrates RF functionality in MSP430 MCUs. This low-power wireless processor is ideally suited for applications where space and cost are very limited, such as remote sensing applications. TI's integrated communications peripherals and high-performance analog peripherals make the MSP430 MCU an ideal choice for stepper control, BLDC, and DC motors, and can fully meet the needs of many applications such as printers, fans, antennas, and toys. The MSP430 MCU can implement capacitive touch interfaces such as buttons, scroll wheels, or sliders through on-chip oscillators and capacitive touch-sensing IOs without external components. In addition, we provide a free Cap Touch Software Tool Suite and low-cost hardware tools to enable users to quickly develop applications without having to understand the basic theories. The MSP430 MCU combines small size, low power consumption, highly analog integration and RF functionality to enable the device to monitor various signals such as heart rate, running speed, and the amount of oxygen in the tank. The eZ430-ChronosTM wireless development system in the watch also helps you to smoothly start your design work.
