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    SCHURTER TCS6F IP67 sealed SMD tactile switch with white silicone actuator on dark background

    SCHURTER Unveils IP67 Tactile Switch in 6.2 × 6.2 mm Package

    YAGEO SMD 0603 ST Pt1000 chip sensor shown in front of rooftop HVAC equipment

    YAGEO SMD 0603 ST Pt1000 Sensor with Standard SMD Termination

    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

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    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

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    SCHURTER TCS6F IP67 sealed SMD tactile switch with white silicone actuator on dark background

    SCHURTER Unveils IP67 Tactile Switch in 6.2 × 6.2 mm Package

    YAGEO SMD 0603 ST Pt1000 chip sensor shown in front of rooftop HVAC equipment

    YAGEO SMD 0603 ST Pt1000 Sensor with Standard SMD Termination

    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

    Sub-Volt Ferroelectric HZO Capacitor Pairs Speed and Endurance

    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

    Lithium-Ion Capacitor Review Backs Hard Carbon//AC Pairing

    Rack power shelf in an AI data center with film DC-link capacitors, a supercapacitor bank and a converter board

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    Schematic of a titanium nitride thin-film inductor within a CMOS poly-resistor stack beside its integrated resonator circuit.

    TiN Superinductors Bring Compact Cryogenic Inductance to CMOS

    Close-up of reddish-brown metallic rocks illustrating TTI MarketEYE’s connector raw material cost analysis

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Wireless charging for e-mobile batteries with wireless power coils made by Würth Elektronik

3.9.2019
Reading Time: 2 mins read
A A

Source: Würth Elektronik news

Würth Elektronik offers support for developers of charging devices and charging stations on charging e-bike batteries without a cable.

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How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

Charging e-bike batteries without a cable

Waldenburg (Germany), 3 September 2019 – Wireless battery charging is a comfortable and maintenance-free affair. Companies wishing to tap these advantages for the market of e-bikes and other small electrical vehicles can now turn to Würth Elektronik for development and component support.

For many years now, the supplier of electronic and electromechanical components has been actively participating in many committees for the wireless power sector, and possesses one of the largest portfolios of coils for inductive power transmission worldwide. Besides standard solutions – for example according to the Qi standard – Würth Elektronik also offers solutions for many other applications, with a special focus on technology for charging battery packs for electric vehicles.

Würth Elektronik supports electronics developers in how to implement their in­dividual charging concepts. Besides providing expert know-how in the form of training seminars or on-the-spot development support, the company has also designed many development kits that help manufacturers to bring their products to the market more swiftly.

“When a battery pack is charged by cable, you have to reckon with between 2,000 and 5,000 plug cycles over the battery’s life cycle. Especially because users generally recharge batteries that are not fully discharged on the go to ensure mobility, in many cases the charging sockets and plugs wear out faster than the actual batteries themselves,” explains Sven Lerche, Business Development Manager New Mobility at Würth Elektronik eiSos.

“Repairing charging sockets or charging devices is rarely an economically viable option, and wireless charging is an extremely attractive alternative. Then you’ve also got a number of other advantages like the high convenience factor, the fully enclosed design, and the insensitivity to environmental factors.”

Würth Elektronik rebuts popular prejudices

Würth Elektronik emphasizes that three popular misconceptions about wireless power are unfounded – for example, that wireless charging suffers from a low electrical efficiency. When the recommended position of the device is even only roughly adhered to – an aspect that can be enhanced by the mechanical design – then the efficiency is about 95 per cent.

What’s more, the fear of getting an electric shock or suffering burns is also unfounded: the industrial standards prescribe an automatic switch-off device that cuts in as soon as a foreign body gets between the charging coil and the receiver coil. The technical effort required for this is minimal.

And wireless power is not expensive: the plug and socket are replaced by wireless power coils and a slightly more sophisticated electronics, which ultimately can even result in a cost-neutral solution.

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