The new WE-PMFI inductor series offers low RDC values thanks to flat wire technology, a wide range of inductance values and a very compact design, making it ideal for DC/DC switching regulators with high currents and high frequencies and electronic devices with limited space.
The new high current multiphase dual inductor WE-HCMD for multiphase voltage regulator in the TLVR topology offers a inductance range of 70 nH – 200 nH, a low RDC of 125 μΩ and a saturation current up to 190 A with a high coupling factor up to 0.98. This makes WE-HCMD ideal for CPU motherboards, powering processors or FPGA.
The expansion of the WE-MAPI series offers new high-temperature sizes with an operating temperature of -40 °C up to 150 °C (2512HT, 3015HT, 3020HT, 6030HT) and new articles with low inductance in sizes 4012, 5020, 5030 and 6030. A magnetic iron alloy enables high rated currents in a compact design.
The new EMI patch WE-EMIP is made of hybrid material with absorber and metal layers, effective against both magnetic and electric fields. With a wide frequency range from 100 Hz to 25 GHz and extremely flexible material, WE-EMIP is perfect for EMC noise suppression, magnetic decoupling or electrostatic discharge prevention.
The series extension of the WE-BMS transformers offers a higher operating voltage of 1500 VDC and a higher test voltage of 6400 VDC. They are ideally suited for applications with large battery packs, such as in energy storage systems for solar and wind farms.
The WE-PLC transformers are available with transmission ratios of 1:1:1 and 1:4:3. They are used to isolate data signals from 500 kHz to 30 MHz as general purpose signal transformers or for powerline communication, e.g. in public EV charging systems or wallboxes.
Our new product family of aluminium hybrid polymer capacitors combines the technical advantages of existing aluminium electrolytic capacitors and polymer capacitors. They therefore offer an optimum solution for a wide range of applications that require high power density and reliability.
Our latest range of customised screw capacitors has been developed to meet the demanding requirements of a wide variety of environments. With their robust protection class X2 and self-healing properties, they offer the ideal solution for safety applications of mains voltage filters.
The new Power Module Extension 171936001 of MagI³C-VDMM offers an ultra-wide input voltage range of 3.5-60V to operate directly from a 48V industrial bus. Its peak efficiency of up to 86% and spread spectrum for optimized EMI performance make it ideal for space-constrained applications.
The new MagI³C-FISM Fixed Isolated SIP/SMT module offers simple functional isolation that provides overvoltage protection and minimises the risk of ground loops and ground level mismatch, reducing interference in signal path or sensor systems.
The new MagI³C-VDLM Variable Step Down LGA module is characterised by low conducted and radiated electromagnetic compatibility (EMC) and complies with EN55022 Class B / CISPR-22 standards, ensuring reliable and interference-free performance in various environments and applications.
The extension of the product series WPME-CDIS offers 2-channel digital isolators with an isolation voltage of 5000 VRMS in the new SOIC-8WB package for fast data transmissions in various channel configurations.
Die new WPME-CDIP product series offers secure signal transmission with speeds of up to 150 Mbps and high resistance to system noise with a Common Mode Transient Immunity (CMTI) of ±150 kV/µs. The integrated isolated DC/DC converter provides up to 650 mW of isolated power and an output voltage of 3.3 V or 5 V.
The extension of the LED series WL-SMCW offers a domed lens with 30° viewing angle in 6 classical colors (Super Red, Red, Amber, Yellow, Bright Green, Green and Blue). With the compact size of 1.6 mm x 0.8 mm, the focused viewing angle auf 30° and the enhanced illumination makes this series ideal consumer electronics, handheld products or medical equipment.
The new extension of the LED series WL-SMTD in PLCC 3528 with diffused lens offers a focused illumination with narrow viewing angle, precision light targeting and a black housing for increased contrast. This makes this LED series ideal for backlighting applications, optical sensors or industrial controls.
The extension of the LED series WL-SMTW offers a new SMT Mono-color in PLCC2 1608 and 3529 packaging with water clear lens. With the high temperature resistance up to 100 °C, the precise color emission with water clear lens and the versatile 1608 and 3528 sizes this series is the perfect fit for industrial control panels, high temperature environments or signages.
The extension of the WL-ICLED series offers a dual wire programming protocol. With the separate clock line and new sleep modus the IC-LEDs offer superior flexibility and performance for smart lighting, architectural lighting or signage and displays.
WL-OSEN is a reflective optical sensor with a typical detection distance of 1 mm, low energy consumption, daylight filter and compact design. This makes it suitable for applications such as optical switches, for object detection or for touch applications.
The new WL-OCTR series expands the optocoupler family with a TRIAC version. The Components are available in DIP 4, DIP 6 and SOP4 packages as random or zero cross output types. The TRIAC optocoupler is particularly suitable for use in dimming functions of lamps and AC motor drivers as required for domestic appliances or as drivers for high-current TRIACs.
WR-TNC is a new product group consisting of sockets (PCB side), plugs (cable side) and various adapters. Pre-assembled cables (WR-CXASY) are also available. Compact in design, the brass components provide very good conductivity. Suitable for HF communication systems, as well as for robust and durable applications.
The WR-BNC series is a completely new family of coaxial connectors with an impedance and operating frequency of 50 ohms for applications up to 4 GHz and high currents. The BNC bayonet lock (Neill Concelman bayonet) provides a reliable and stable connection. The new family consists of sockets for connection to printed circuit boards and plugs for cable connection (WR-BNC) as well as adapters (WR-ADPT). Pre-assembled cables are also available with the WR-CXASY.
The USB-C connector Power Delivery in compact SMT design operates with a voltage of 48 V(DC) and a dielectric strength of 100 V(AC). With a contact resistance of 40 mOhm, it is suitable for demanding power supply applications.
The WR-MPC3 product family in 3.0 mm pitch has been expanded to include variants with selective gold plating, and pin headers are available in THT and SMT, as well as matching crimp contacts and pre-assembled cables for use in standard socket housings. The gold-plated contact areas offer longer durability, improved contact resistance and increased corrosion protection.
In the field of communication connectors, a new USB 3.1 Type C is now also available as a full SMT version. This complies with the USB 3.2 Gen 1x2 standard and is characterized by its low, compact design.
The range of wire-to-board power connectors has been extended by the new WR-MPC5 series.
The THT connector series comes in 5.7mm pitch as single and double row variants. With a current rating of 12A up to 26A and a working voltage of 600V (AC/DC), they are the ideal connectors for your power supply. The entire series is also glow wire tested according to IEC 60335-1.
In the large terminal block family of Würth Elektronik, a pluggable solution for higher currents is now also available.
The THT variants with a pitch of 7.62mm are available both as horizontal and vertical PCB connectors including matching mating connectors for the cable side and score with a current rating of 41 A and a working voltage of 300 V AC.
The new WR-COM connector has a raised profile which improves the optical control possibilities of the two SMT pin rows. A triple shielding achieves a good shielding effect and high mechanical stability.
The new WR-TBL series with 3.5 mm pitch is available in vertical, horizontal and 45° orientations. They are suitable for THT and THR mounting and are certified according to VDE IEC 60947-7-4.
New additions to the rotary coding switches: the blue WS-ROSV are SMT components, while the WS-ROTV variant, which is also blue, is a THT version in a vertical design. They are certified to IP67, the plastic material has UL94 flammability approval and the special MOQ-5K laser labelling is smudge-proof.
The new, two-pole rocker switches of the WS-RSTV series in IP65 design are characterised by a high rated voltage of 60 VDC. The UV test carried out confirms their UV resistance, making them suitable for applications in harsh environments and under possible sunlight/daylight.
Now also available as an SMT component: The WS-SLSV slide switches are characterised by a long service life under full load. The plastic material with UL94 flammability approval not only makes them suitable for harsh environments: they can also withstand five reflow cycles without any problems.
Discover the new Metis-e radio module from Würth Elektronik, specifically designed for metering applications. With its 868 MHz wM-BUS connectivity, it enables reliable and wireless data transmission over long distances. The compact and cost-optimized design, along with easy integration, makes it the ideal solution for modern energy monitoring systems.
The power-saving Long-Range-WAN radio module Daphnis-I stands out for its long range and is based on the STM32WLE5CCU6 chipset. Long-Range-WAN is an open network protocol that provides secure bidirectional (downlink and uplink) communication, mobility, and localization services standardized and maintained by the LoRa Alliance®.
Discover the new Setebos-I FeatherWing from Würth Elektronik, specifically designed for IoT applications. With its Bluetooth® LE 5.1 and proprietary 2.4 GHz wireless technology, it enables reliable and secure wireless communication. The compact design and easy integration make it the ideal solution for rapid prototyping and smart device connectivity. Software SDKs and examples are available on GitHub.
The "Build Your Own Firmware" Orthosie-I radio module supports wireless protocols such as Bluetooth® LE, Bluetooth® Mesh, and WiFi in the 2.4 GHz frequency range. It offers full flexibility as no firmware is pre-installed. Würth Elektronik provides development support with technical assistance and in the certification and listing process. Software SDKs and examples are available from Espressif.
The new Residual Current Detection Sensor WE-RCDS is suitable, among other things, for detecting residual currents in electric vehicle charging stations. It convinces with its compact design for PCB mounting and is based on the measurement principle of a Flux Gate Sensor, which is characterized by accurate feedback.
The new combined 2.4 GHz radio module Stephano-I integrates the WiFi and Bluetooth® LE protocols. It is based on the 32-bit RISC-V Single Core processor from Espressif ESP32-C3 with up to 160 MHz. Combining different radio protocols in one module offers more flexibility, as well as space and cost savings.
The Ophelia-III `Build Your Own Firmware` radio module supports radio protocols such as Bluetooth® LE, Bluetooth Mesh, ZigBee, Thread, Matter, 802.15.4, ANT and proprietary protocols in the 2.4 GHz frequency range. It offers full flexibility as no firmware is pre-installed. Würth Elektronik assists in the development with technical support, software SDKs and in the certification and listing process.
The new REDCUBE PRESS-FIT terminals designed for automotive applications are available in three different versions: WE-PFIFUA internal thread full plain, WE-PFEFUA with external thread and WE-PFICFA with internal thread circumference. Pressing the pins into the PCB and the high friction between the pin and through-hole create a homogeneous cold-welded connection between the materials. The homogeneous cold welding ensures a gas-tight, strong mechanical connection with a contact resistance of less than 200 µΩ and a current transmission of up to 250 A. The Redcubes Pressfit are ideal for mounting of copper bars and IGBT-Modules on PCB.
WE-OEFA LFS is an oval cable ferrite for EMI suppression at low frequencies. The WE-OEFA LFS series is AEC-Q200 qualified and automotive approved, ideal for on-board chargers (OBC), battery management systems, and inverter applications. The oval ferrite cable cores are constructed of MnZn material with an operating temperature from -40 °C up to +105 °C.
The WE-LHCA is a Molded Low profile High Current SMT Inductor with a soft saturation thanks to the distributed air gap in the iron alloy powder. The WE-LHCA series is available in four sizes 1040, 1365, 1770 and 7030 with an operating temperature from -55°C up to +155°C. These inductors offer a broad range of inductance values from 0.47µH up to 82 µH with currents up to 30.5A. WE-LHCA offers magnetic shielding and high current capability in a compact design. They are designed to avoid thermal aging degradation.
The WE-HCFAT is a THT High Current Inductor characterized by an extremely low DCR value and low core losses. It has high mechanical stability and is designed for high power. Typical applications are filters and DC/DC converters.
The WE-HEPA series is a small, magnetically shielded power choke based on NiZn ferrite. Thanks to a new, fully automated manufacturing process, they offer very high quality and have a higher saturation current. The WE-HEPA series is available in two sizes (5030, 6030) and is suitable for filter applications, DC/DC converters, battery management systems and much more.
The WE-PSPA is a small power transformer for push-pull and gate drive applications. The transformer is space-saving due to its low profile and is suitable for a variety of applications due to its different winding ratios.
The WE-CNSA series is a current compensated data line filter. This series offers high common mode noise suppression at high frequencies and a low RDC design. This makes the WE-CNSA suitable for automotive infotainment, flex ray and high speed data line applications.
The WE-XHMA is a SMT power inductor with compact design and high current capacity. The flat wire coil provides low copper losses and the composite core material allows high saturation currents. The WE-XHMA is ideal for use as a DC/DC converter for high current supplies or FPGA.
