Search Results Found For: "ON Semiconductor"

Toshiba releases new photovoltaic photocoupler for automotive solid-state relays

Toshiba has introduced a photovoltaic output photocoupler for solid-state relays for automotive equipment with improved minimum open voltage. The new AEC-Q101-compliant TLX9910 photovoltaic coupler gates high-voltage power MOSFETs in solid-state semiconductor relays. Together with a high-voltage power MOSFET, TLX9910 can achieve high-voltage and high-current switchings that photo relays cannot, according to the company. Its main… Read more »

Applied EV and NXP collaborate to commercialize software-defined vehicles

Australian technology company Applied EV has announced its partnership with Dutch vehicle electrical/electronic (E/E) architecture solutions provider NXP Semiconductors to advance safer and more connected autonomous electric mobility. NXP and Applied EV will collaborate on software-defined vehicles and electrical and electronic architecture (EEA) innovation, share ideas and form strategic and production partnerships. Digital Backbone—Applied EV’s… Read more »

Electra’s software improves EV driving range estimates

The EV equivalent of a gas gauge—the range estimator—is notoriously imprecise, so much so that some drivers call it a “guess-o-meter” or “guess gauge.” Obviously, the remaining range of a particular EV on a particular day depends on many factors (speed, traffic conditions, weather). However, it turns out that even estimating a battery’s state of… Read more »

Pickering Electronics releases new high-voltage SMD reed relays

Pickering Electronics, a manufacturer of reed relays, has introduced new high-voltage surface-mount reed relays for semiconductor testers, medical equipment testing, EV charge point testing and monitoring solar cell PV efficiency. The new Series 219 high-voltage surface-mount device (SMD) reed relay can switch up to 1 kV and is the only surface-mount high-voltage relay available on… Read more »

Renesas unveils processor roadmap for next-gen automotive SoCs and MCUs

Japanese semiconductor supplier Renesas Electronics has announced its next-generation automotive digital system on chips (SoCs) and microcontrollers (MCUs). Renesas revealed its fifth-generation R-Car SoC for applications needing in-package chiplet integration technology, giving automotive engineers the option to customize designs. For example, if Advanced Driver Assistance Systems (ADAS) need more AI performance, engineers can integrate AI… Read more »

Ag Free AMB Silicon Nitride Substrate for Automotive Applications

In recent years, high power electronics has become one of the fastest growing market segments of the semiconductor industry. With the development of hybrid/electric vehicles, the market for SiC based power modules is rapidly expanding. All power module manufacturer/designers are trying to get high efficiency and high-power density for the main inverter. However, the traditional… Read more »

A unique, cost-effective substrate to meet the EV power module requirements (Webinar)

In recent years, high-power electronics has become one of the fastest-growing market segments of the semiconductor industry. With the development of hybrid/electric vehicles, the market for SiC-based power modules is rapidly expanding. All power module manufacturers and designers are trying to get high efficiency and high power density for the main inverter. However, the traditional… Read more »

Inventec and Renesas jointly develop proof of concept for EV-connected gateways

Taiwanese computer server manufacturer Inventec and Japanese semiconductor supplier Renesas Electronics have established a partnership to build automotive-grade gateway solutions for EVs. The companies will develop a proof of concept for connected gateways based on the R-Car system-on-chip (SoC) from Renesas. Under the deal, Renesas will supply Inventec with R-Car SoCs, analog and power products,… Read more »

Bosch starts production of 800 V motors and inverters for EVs

Engineering company Bosch has started the production of new electric motors and inverters based on 800 V technology for fast recharging of EVs. The 800 V inverter uses silicon carbide (SiC) semiconductors, which deliver reduced heat loss and increased electrical conductivity, efficiency and EV range. The 800 V electric motor produces 830 Nm torque and… Read more »