Line Extension EVP-BX Series 6mm Square Middle Tactile Switch

The EVP-BD, EVP-0B, EVP-CD, and EVP-BX Series 6.0mm x 6.0mm SMD top push 2-terminal tactile switches have been expanded to include the EVP-BX (Quiet Type) switches, introducing a silent option in the lineup. Available in 4N and 6N operating forces, these switches offer a lifespan of 200,000 cycles, making them ideal for automotive, audio, and industrial applications.

Coming Soon: Supercapacitors for Next-Gen Telecom & AI Datacenters

Discover How Supercapacitors Transform Uptime and Performance

Panasonic is introducing advanced supercapacitor technology designed to meet the demanding power needs of modern telecom infrastructure and AI-driven datacenters. These components deliver ultra-fast charge/discharge cycles, exceptional long-term reliability, and a compact footprint, making them ideal for backup power, peak load support, and energy recovery applications. 

Line Extension LE Type (Performance Effective) ETQP4M***KF* Series Automotive Power Inductors

Panasonic, a worldwide leader in Inductor Products, announces the expansion of the LE Type (Performance Effective) ETQP4M***KF* Series of Power Inductors for Automotive Applications.   The new ETQ-P4M470KFN Power Inductor provides exceptional large current support, high heat resistance, and high vibration resistance.

Visit Us at Humanoids Summit 2025

Explore Panasonic's Innovations at Humanoids Summit 2025

Panasonic Industry will exhibit at Humanoids Summit 2025, showcasing our advanced technologies for motion and control, manipulation, and safety, including Servo Motors, Tactile Sensors, Optical Connectors, and EDLC Capacitor technologies. These technologies enable precise manipulation, reliable power management, EMI-free data transmission, and flexible form factors for advanced robotic applications.

High Performance Passive Infrared Motion Sensors - PaPIRS+

Panasonic’s Next Generation, High-Performance Passive Infrared Motion Sensors - PaPIRs+

Panasonic Industry proudly introduces the next evolution in Passive Infrared (PIR) Motion Sensors - PaPIRs+. These cutting-edge sensors deliver a major advancement in motion detection, highlighting enhanced sensitivity, effortless integration, and ultra-low power consumption.

How Advances in Rigid and Flexible Circuit Materials Impact PWB Design in 2025

Panasonic's Darren Hitchcock will present a session on how advances in rigid and flexible circuit materials impact PWB design at the NEDME conference on October 22.

The NW Electronics Design & Manufacturing Expo (NEDME) is the premier trade show and networking event for members of the high-tech industry in the Pacific northwest. 

Darren's session focuses on new and advanced technologies for printed circuit board and flexible circuit raw materials, touching on the move toward smooth copper and low-loss dielectric materials for improved signal integrity.