Picture by FreepikInfineon Applied sciences has launched a brand new sequence of microcontrollers (MCUs) for next-generation industrial and shopper motor management in addition to energy conversion system functions. This consists of dwelling home equipment, energy instruments, renewable vitality merchandise, industrial drives and lighting and computing/telecom energy provides. The brand new Infineon PSOC Management household, primarily based on Arm Cortex-M33 core, delivers on-board performance to optimise and speed up the present measurement, waveform era and real-time efficiency operations that play a essential position in goal system functions.
“The brand new Infineon PSOC Management MCUs lengthen the corporate’s dedication to delivering efficiency and effectivity in next-generation motor management and energy conversion functions,” mentioned Steve Tateosian, the SVP of IoT and Industrial MCUs, IoT, wi-fi and compute enterprise at Infineon Applied sciences. “With intensive on-board analog performance, excessive efficiency timers, {hardware} math acceleration and a wealthy design instrument ecosystem, the brand new machine household will allow system designers to ship progressive, energy-saving gadgets to each high-volume and specialised markets.”
Key specs of the brand new MCU household embody clock velocity of as much as 180 MHz, high-performance analog-to-digital converters (ADCs), high-resolution (<100 ps) pulse-width-modulation (PWM) and an built-in CORDIC Accelerator to off-load real-time management duties from the CPU. CORDIC’s true synchronous “idle” sampling of as much as 16 analog alerts from the one core ADC is as much as 25% quicker with out sampling jitter. This mixture of energy and efficiency yields system stage bill-of-material (BOM) financial savings, whereas the <10 uA deep sleep and <1 uA hibernate modes ship beneficial vitality financial savings for low-power and battery-driven functions.
The Infineon PSOC Management household helps progressive design of energy electronics primarily based on wide-band hole (WBG) applied sciences similar to Silicon Carbide (SiC) and Gallium Nitride (GaN), which might each improve efficiency and additional cut back BOM prices for the general system.
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