Mouser Electronics, the industry-leading New Product Introduction (NPI) distributor™, is an authorized distributor for Infineon Technologies, a global semiconductor leader in power systems and IoT, empowering engineers to get their products to market with a cutting-edge portfolio of approximately 20,000 products and over 10,000 products available for same-day shipping.

Infineon's XENSIV PAS CO2 5V sensor, available at Mouser, provides reliable, high-quality data and meets the performance requirements of the WELL building standard, which prioritizes the health and well-being of occupants.

It is an ultra-small module measuring 14 × 13.8 × 7.5mm³, and is optimized for smart home and IoT devices with a volume that is one-quarter the size and one-third the weight of similar NDIR sensors.

Tape-and-reel SMD packaging allows for easy assembly even on high-speed mass production lines.

For designs that aim to enhance the human-machine interface (HMI), Infineon's PSOC 4100T Plus MCU stands out.

Based on 5th generation CAPSENSE and multi-sense technology, it provides a wide range of sensing including capacitive touch and proximity detection, metal surface inductive touch, machine learning-based liquid level detection, and contactless hover touch.It provides an intuitive and interactive UI.

Integrating system control and sensing into a single MCU can reduce the number of components and increase development efficiency.

To maximize power conversion efficiency, the CoolSiC G2 silicon carbide (SiC) MOSFET series is the answer.

By utilizing SiC's excellent switching characteristics and low loss characteristics, energy loss is reduced and system efficiency is increased.

Combined with Infineon's .XT packaging technology, it further improves power density, thermal conductivity and reliability, enabling extended life and miniaturization in solar, energy storage systems (ESS), DC EV charging, motor drives and industrial power supplies.

The general-purpose MOSFET portfolio covers a wide range of voltages, from low voltages below 250 V to high voltages of 500–900 V. A variety of package options ensure design flexibility, while low RDS(on) and low gate and output charge characteristics reduce power loss and improve system performance and efficiency. This is advantageous for establishing standard component strategies in industrial settings where mass production, cost, and logistics requirements must be considered simultaneously.