Case Study: Development of a Compact Motor for Ergonomic Strengthening of Side-Discharge HVAC Outdoor Units
The objective is to reduce the number of motors used in the outdoor unit.
To develop a motor with 20% more output than a conventional motor of the same size.
Panasonic Electronic Materials Presents Technical Paper at APEX 2023
Apex 2023 is the largest event in North America for the electronics manufacturing industry. This year's theme, Advance in a New Era of Electronics Manufacturing, aligns with Panasonic's technical paper presentation on an exciting new pliable, conformable circuit board material.
The paper, presented by Tomohiro Fukao, Research Manager of the Electronic Materials Division of Panasonic Corporation of North America, contrasts the history of printed circuit boards being hard and rectangular and the possibilities of soft, flexible substrates.
PAN1770 Series Bluetooth® 5.3 Low Energy RF Module
Panasonic's Bluetooth 5.3 Low Energy RF Module is Equipped with an ARM Cortex®-M4F Microcontroller Based on the Nordic nRF52840 Chipset and can have an External Antenna Attachment via uFL
The new 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.
EVP-6AW Series Light Touch Switches Line Extension
Panasonic’s Latest IP67 EVP-AW Series Top Push Tactile Switch with 3.0N Force
Grid-EYE® Wide Angle Type Sensor
Panasonic’s Newest Grid-EYE® Wide Angle Type Sensor Offers an Improved Field of View of 90 Degrees
SVPE/SXE/SXV Series OS-CON™ Capacitors
Panasonic’s Newest Low ESR OS-CON™ Capacitors
AQY215S PhotoMOS® GU SOP 1 Form A, 4-Pin Type Semiconductor Relays Line Extension
Panasonic’s Newest AQY215S GU SOP 1 Form A, 4-Pin Type PhotoMOS® Relays
Panasonic Chairs Panel Discussion on Printed Electronics at SMTA Conference
Industry-expert panel discussion at SMTA International Technical Conference on Nov 1, 2022 - marking the first look at printed electronics for this conference.
EVP-BV Series Low Profile Sealed Top SMD Tactile Switches
Panasonic Engages in Joint Research on Ultra-light EMC Shielding Material Development
Ultra-light weight at 1/270 the bulk density of aluminum
Reduces weight in applications such as spacecraft, eVTOL vehicles, and 5G/6G base stations
Panasonic has embarked on a joint research project on ultra-light EMC shielding material technology with the Japan Aerospace Exploration Agency, National Research and Development Agency (JAXA). The goal is to reduce the weight of satellites through wireless in-flight communication. This requires advanced electromagnetic shielding technology to ensure electromagnetic compatibility (EMC).