All items tagged with product development and fast charging (6)

Microchip Technology Expands dsPIC Digital Signal Controller Family to Enhance Real-Time Precision and Execution

August 2, 2024 by Cristina Costa

Microchip Technology Expands dsPIC Digital Signal Controller Family to Enhance Real-Time Precision and Execution

Meeting the requirements for more complex and higher performance embedded systems, Microchip Technology has launched its new dsPIC33A Core family of Digital Signal Controllers (DSCs). The new DSCs feature a 32-bit architecture with a double-precision floating-point unit and DSP engine for faster computation in time-critical applications, ideal for fast-charging, wireless charging, and sensing systems such as those required for adaptive audio applications.

Poly and NuCurrent Introduce World’s First NFC-Powered Wireless UC Headset

October 6, 2023 by Joao Martins

Poly and NuCurrent Introduce World’s First NFC-Powered Wireless UC Headset

NuCurrent, the wireless power technology company, announced that it enabled the new Poly Voyager Surround 85 UC Bluetooth headset with NuCurrent's NuSync technology, the world's highest power Near-Field Communication (NFC) transfer system. The challenge of the new Poly Voyager Surround 85 UC headset was to create a user experience that goes unnoticed and ensures that end-users always have a charged headset. NuCurrent developed a NFC wireless power and bidirectional data solution for the headset and stand.

NuCurrent Delivers Fast Wireless Charging Solutions for Klipsch T5 II Series True Wireless Earphones

August 16, 2021 by audioXpress Staff

NuCurrent Delivers Fast Wireless Charging Solutions for Klipsch T5 II Series True Wireless Earphones

NuCurrent is one of the technology companies involved in the successful launch of the Klipsch T5 II ANC True Wireless earphones, having its wireless charging technology licensed in five models of this advanced series and the 2X Charging Mat. For the Klipsch T5 II Wireless ANC McLaren Edition, NuCurrent was able to deliver inductive power transfer through a metallic case, the first product in the world to do so.

Smallest Low-Power Wireless Power Receiver for In-Case TWS Charging

October 30, 2019 by Cristina Costa

Smallest Low-Power Wireless Power Receiver for In-Case TWS Charging

Integrated Device Technology (IDT), a wholly owned subsidiary of Renesas Electronics Corporation, announced the availability of its new P9222-R wireless power receiver, the industry’s smallest and optimized for wireless charging cases used to charge true wireless stereo (TWS) earbuds, hearing aids and other small, battery-powered consumer devices. Unlike other available solutions, the P9222-R is cost-optimized, highly efficient, feature rich and proven in high-volume applications with major consumer electronics manufacturers.

Microchip Simplifies Power Delivery (PD) in Growing USB Type-C Charging Market

September 2, 2019 by audioXpress Staff

Microchip Simplifies Power Delivery (PD) in Growing USB Type-C Charging Market

USB Type-C has become increasingly popular, and with the introduction of Power Delivery (PD), it is now possible to charge more types of devices – and charge faster – than ever before. To remove the traditional complexity and high costs associated with implementing USB Type-C, Microchip Technology announced two new USB 3.1 solutions that simplify USB Type-C PD for a range of applications.

Alpha and Omega Semiconductor Announces Type-C Power Delivery Input Protection Switch With True Reverse Blocking

July 24, 2018 by Cristina Costa

Alpha and Omega Semiconductor Announces Type-C Power Delivery Input Protection Switch With True Reverse Blocking

Alpha and Omega Semiconductor, a global supplier of a broad range of power semiconductors and power ICs, announced a new Type-C Power Delivery compliant input protection switch with up to 28V over-voltage protection. The AOZ1376 is a smart protection switch with reverse current blocking capability intended for applications where internal circuitry requires protection from exposure to high voltages.