Experience a deep dive with Panasonic as Product Engineer Simon Wong explores FineX Transparent Conductive Film, its applications, and real world use cases for tackling EMC/EMI design challenges with clarity and guidance.

Kay Miyazaki shares why he loves leading Panasonic Industry’s Polymer Capacitors team—where collaboration drives innovation. Watch how he highlights Panasonic’s compact yet powerful polymer capacitors delivering stable, high performance for space‑critical applications like data centers, a product line he’s truly proud of.

Introducing FineX by Panasonic, an advanced transparent conductive film delivering exceptional transmissivity, low resistance, and innovative metal mesh technology—powering next generation heaters, antennas, sensors, and consumer electronics—anywhere clear visibility and reliable shielding must coexist to ensure both equipment performance and user comfort.

Explore how modern factory automation is powered by advanced sensors, controllers, and vision systems that enhance precision, efficiency, and reliability on the production line. This video highlights key technologies—such as photoelectric sensors and programmable controllers—that are shaping the future of intelligent manufacturing.

Panasonic’s polymer capacitor technology is redefining power performance for AI servers and modern data centers. By delivering higher efficiency, stronger durability, and superior thermal stability than traditional capacitor designs, these solutions help systems handle the rising demands of advanced AI workloads.

Panasonic’s ADVANC‑R® Vacuum Insulation Panels use patented Fiber Layer Arrangement Technology (FLAT) to align glass wool for 60% lower thermal conductivity. This high‑performance VIP solution boosts R‑values, meets stricter building codes, and reduces roof profile thickness—minimizing costly modifications while maximizing usable interior space.

Experience a deep dive with Panasonic as Product Engineer Simon Wong explores FineX Transparent Conductive Film, its applications, and real world use cases for tackling EMC/EMI design challenges with clarity and guidance.

PIRs+ Sensors deliver double the sensitivity of standard PaPIRs for superior, stable motion detection. With extended range, wide coverage, high reliability, and low power use, PaPIRs+ sets a new benchmark in sensing performance.

Introducing FineX by Panasonic, an advanced transparent conductive film delivering exceptional transmissivity, low resistance, and innovative metal mesh technology—powering next generation heaters, antennas, sensors, and consumer electronics—anywhere clear visibility and reliable shielding must coexist to ensure both equipment performance and user comfort.

Panasonic’s Copper Clad Stretch is engineered for dynamic environments, delivering exceptional flexibility without compromising performance. It can be bent, twisted, and stretched with ease, offering outstanding accommodation to movement in demanding applications. Even after a rigorous 10,000 cycle test, Copper Clad Stretch shows no change in resistivity, making it a reliable solution for designs that require constant motion and long-term durability.

Explore how modern factory automation is powered by advanced sensors, controllers, and vision systems that enhance precision, efficiency, and reliability on the production line. This video highlights key technologies—such as photoelectric sensors and programmable controllers—that are shaping the future of intelligent manufacturing.

Panasonic’s polymer capacitor technology is redefining power performance for AI servers and modern data centers. By delivering higher efficiency, stronger durability, and superior thermal stability than traditional capacitor designs, these solutions help systems handle the rising demands of advanced AI workloads.

Panasonic’s ADVANC‑R® Vacuum Insulation Panels use patented Fiber Layer Arrangement Technology (FLAT) to align glass wool for 60% lower thermal conductivity. This high‑performance VIP solution boosts R‑values, meets stricter building codes, and reduces roof profile thickness—minimizing costly modifications while maximizing usable interior space.

Panasonic Power Inductors deliver durability, efficiency, and superior heat resistance for today’s vehicles. Engineered for vibration resistance, low profile, and high current, they ensure unwavering performance in the most demanding automotive applications—driving innovation forward.

Advanced Driver Assistance Systems (ADAS) are revolutionizing mobility—and Panasonic is at the heart of it. From Hybrid Aluminum Electrolytic Capacitors to Low Profile Metal Composite Inductors, our components power the intelligence behind safer, smarter vehicles.

Panasonic is powering the electric future of transportation and agriculture. From autonomous robots to electric forklifts, our Hybrid Capacitors deliver the performance, durability, and reliability needed for next-gen mobility. Discover how our compact, high-endurance components are driving innovation in electrified systems.

In today’s fast-paced EV landscape, reliable and efficient charging is essential. Discover how Panasonic is driving innovation with three advanced relay solutions designed for every level of EV infrastructure. From home garages to commercial hubs, Panasonic relays deliver safety, reliability, and intelligence to power the next generation of electric vehicles.

As data demands grow with AI and machine learning, efficient server cooling is essential. Panasonic Industry offers advanced liquid cooling solutions, compact compressors, graphite TIM, and high-reliability pumps to support high-performance servers and data centers with space-saving, energy-efficient thermal management.

Smart homes are advancing, and Panasonic is helping drive that progress with greater automation, integration, and efficiency. Our tactile and detector switches play a key role in enabling intuitive, reliable control—making everyday living smarter and more responsive.

As electric, automated, and connected vehicles grow, Panasonic Industry develops key technologies for safer, more reliable mobility. From sensors and LiDAR lenses to EV relays and capacitors, our components support advanced driver assistance and battery safety—on the road and at the charging station.

Panasonic provides a game-changing and extensive product line of polymer capacitors, designed to deliver efficiency, reliability, and high performance. Now, you can effectively manage more with ease—ideal for Data Centers, Edge Computing, and AI Servers with Panasonic Polymer Capacitors.

Panasonic’s ADAS solutions enhance safety with sensors and cameras that detect obstacles, assist with steering and braking, and improve driver awareness to reduce accidents.

Panasonic offers solutions with advanced components for solar storage and inverter systems. Our technology optimizes energy conversion, enhances efficiency, and ensures reliable power for residential and commercial applications.

Panasonic’s Solutions videos for Test and Measurement equipment highlight how our PhotoMOS® Solid-State Relays enable quick and precise signal switching, improving the efficiency and reliability of Automated Test Equipment (ATE).

Panasonic’s drivetrain solutions for electric vehicles power key applications like Battery Management Systems, Inverters, DC-DC Converters, and Onboard Chargers, improving vehicle performance, efficiency, and eco-friendliness.

Panasonic’s medical solutions for health sensing technology showcases how our components enhance energy efficiency, safety, comfort, and security in critical medical applications. With high performance in detecting rotational speed, position, flow, temperature, and more, our solutions ensure reliability and precision.

Explore FineX Transparent Conductive Film through our Product Training, to discover its standout benefits and real world applications.

This week on Demystifying the Magic, we’re breaking down why size doesn’t matter, especially when it comes to Panasonic Industry POSCAP’s. Pop quiz included. Think you can pass?

The spice must flow… but so must the data! In this episode of Demystifying the Magic we’re measuring distances so long with Panasonics HG F1 Sensor, even sandworms would be impressed.

Ever wonder what helps power the tech you use every day? Discover the tiny component called thin film resistors and how they play a big role in electronics!

What senses heat, tracks movement, and fits in the palm of your hand? Panasonic’s Grid-EYE®—a tiny sensor with big capabilities!

Six sensors, one tiny chip! See how Panasonic’s 6-in-1 Inertial Sensor powers precise motion detection in robots, vehicles, and more.

See how the invisible threads of communication connect our world—from satellites in space to the smartphone in your hand, powered by Active Optical Connectors.

Explore Panasonic’s passive components optimized specifically for autonomous vehicles. Our Film Capacitors, Inductors, and Hybrid Capacitors offer high-precision performance and proven reliability, boasting compliance with AEC-Q200 standards.

• Inductors
• Capacitors 

Let’s explore some Panasonic key components for autonomous vehicles! Our Relays, Connectors, Switches, and Sensors are designed specifically to support wireless charging, battery monitoring, wire breakage detecting, occupancy sensing, and much more.

• Relays
• Connectors
• Switches
• Sensors

As passive thermal sensors, Grid-EYE® can be used for human detection, thermal mapping, people counting, and much more. They consistently provide data by capturing 8x8 pixels IR data and detect motion or motionless by using Panasonic-developed software.

• Grid-EYE® Sensor

Meet our Low Energy PAN1781 Series Wireless Module! In this gatekeeper demo board, we highlight feature specs and walk through different use cases and tests of the PAN1781 Series. It is a high technology device featuring the Nordic nRF52820 Single-Chip Controller and is ideal for IoT Wireless Connectivity applications!

• PAN1781 Series

The CF1 Series Board-to-FPC connection has a 125°C heat resistance and necessary vibration characteristics suitable for the automotive and transportation market. A significant benefit is that the Automotive Connectors can be directly connected without requiring relay wiring harnesses when connected with FPC cables and boards for battery management systems. 

The ETQ-PAMR33JFW Power Inductor provides exceptional large current support, high heat resistance, and high vibration resistance. This 15.6 mm square surface mount Power Inductor meets the market demands for smaller automotive ECU (Electronic Control Unit) board sizes while increasing performance functions. 

The PAN1770 Series is based on the Nordic nRF52840 single-chip controller that allows you to attach an external antenna via uFL. The Bluetooth® 5.3 features a higher symbol rate of 2 Mbps using the high-speed LE 2M PHY or a significantly longer range using the LE-coded PHY at 500 kb/s or 125 kb/s.

The EEF-KX Series Capacitors provide ultra-low 9 mΩ max. Additionally, the EEF-JX Series offers three times more high reliability compared to its existing offerings’ lifespan under high-temperature conditions. Providing SP-Caps with large capacitance characteristics makes them ideal for harsh industrial applications.

The 90-Degree Grid-EYE Sensor is 8x8, 64-pixel, and offers digital output I²C external interface for thermal presence, direction, and temperature values. A built-in lens includes an improved 90-degree viewing angle and features a compact SMD design using MEMS thermopile technology.

The EEF-GX Series SP-CAP™ Specialty Polymer Aluminum Capacitors offer very low ESR while providing stable capacitance at higher frequencies and temperatures. The EEF-GX Series are also reliable alternatives to tantalum capacitors. These Capacitors operate at -55˚C to +105˚C and offer a capacitance range from 330μF to 470μF.

The Photovoltaic MOSFET High Power Driver is available in a small package size (SSOP) with higher short circuit current and drop-out voltage to MOSFET's gate. Capable of driving high Vgs MOSFET such as SiC MOSFETs, this Driver is capable of high switching capacities at high switching speeds.

The SVPG Series OS-CON™ Capacitors offer low ESR and a high ripple current with an endurance of 5000h at 105°C. These OS-CON™ Capacitors utilize aluminum and a highly conductive polymer material to offer low ESR, excellent noise reduction, and ripple current capabilities. The OS-CON™ Series parts are characterized by a long-life and minimal ESR changes throughout the entire product line’s rated temperature range.

The ECQ-UA Series Metallized Polypropylene Film Capacitors benefit from an original in-house patterned metallization process with a fuse mechanism function. This unique technology delivers stable capacitance levels over the product lifetime and higher reliability of the application.

The ERZ-E1xAxxxSx Series Radial Leaded Disc ZNR® (Zinc Oxide Non-Linear Resistor) Transient / Surge Absorbers features outstanding performance, small diameter size, and a broad operating temperature range of -40°C to +125°C. 

The HF 1 Form A High Capacity PhotoMOS® Relays are 1200V High Capacity PhotoMOS® Relays and offer a suitable substitution for replacing reed and mercury Relays. Additionally, the HF 1 Form A High Capacity PhotoMOS® Relays offer high load switching for both industrial and test equipment applications. 

The EV-A Series can withstand up to an 8,000A short circuit current rating and has a high cut-off capability of 1,800A @ 500VDC without requiring any contact polarity. This Automotive Relay is suitable for usage in Electric Vehicles, DC Charging Stations and other high voltage DC applications such as Hybrid Construction Equipment.

The “Flat Square Lens” Type PIR Motion Sensors consist of lens to create various detection zones, an optical filter to block non-infrared light, Pyroelectric sensing elements, and an impedance converter to get an electrical signal. Panasonic also integrates an amplifier and comparator circuit on the same chip all densely packed inside the stem block.

The PAN9520 Series RF Module is a 2.4 GHz 802.11 b/g/n Embedded Wi‑Fi RF Module based on Espressif ESP32-S2 that includes the powerful Xtensa® 32-bit LX7 CPU. An integrated chip antenna and QSPI memory enable the PAN9520 Series RF Module to be used in a variety of stand-alone or host-controlled applications.

The TB Series Automotive Relays are available in a variety of contact arrangements including 1 Form A, 1 Form C, and twin type 1 Form C x 2 (8 Pins) and 1 Form C x 2 (10 Pins) construction type options. These Relays are compact and offer ideal DC control with a high-capacity 25A load switching capability suitable for miniature PC board design.

The EYG-R Series GraphiteTIM (Compressible Type) PGS With Low Thermal Resistance Thermal Management material is now available in 250 µm and 350 µm thickness options. An ideal Thermal Interface Material (TIM) solution, the New EYG-R Series GraphiteTIM material is designed with high compressibility characteristics to reduce contact thermal resistance between rough surfaces.

The EEH-ZS(U) Series (Surface Mount, High Temperature Reflow) Conductive Polymer Hybrid Aluminum Capacitors are capable of operating at high temperatures with conductive Polymer Capacitor performance and Aluminum Electrolytic Capacitor safety in a Surface Mount package. These AEC-Q200 qualified parts ensure optimal quality and reliability.