The new WRIS-KWKB thick film resistors with a resistance range from 2.2 Ω to 270 Ω, resistance tolerance ± 1% tolerance, rated power 1 W to 2 W and an operating temperature from -55°C to +155°C. Recommended soldering: Reflow.
The new WRIS-PSMB metal plate resistor has a resistance range from 5 mΩ to 10 mΩ to 10 mΩ, rated power 0.33 W to 0.5 W, operating temperature: -55°C* to +155°C and a resistance tolerance of ± 1%. Recommended soldering: Reflow.
The new WRIS-KSKE thick film resistors with resistance range from 50 mΩ to 10 Ω, rated power 0.125 W to 1 W, operating temperature -55°C* to +155°C,. Recommended soldering: Reflow.
The new electric WCAP-STSC double layer capacitor with capacitance range 3 F - 50 F, rated voltage 2.7 V(DC) and operating temperature from -40°C to +65°C.
The new WCAP-ASLU Aluminium Electrolytic Capacitor from the current leak proof product line with a lifetime from 1000 to 2000h at +85°C, a capacitance tolerance ± 20% tolerance: ± 20%, and operating temperature - 40°C* to 85°C. Recommended soldering: Reflow.
The new WCAP-PHET H-Chip Aluminium Polymer Capacitor series with high endurance of 1000h at +125°C, high ripple current capability and a capacitance tolerance of ±20%. Recommended soldering: Reflow.
The new WCAP-PHGP H-Chip Aluminum Polymer Capacitor with high endurance of 2000h at +105°C and high ripple current capability offers a capacitance tolerance of +20% and an operating temperature of -55°C* to +105°C. Recommended soldering: Reflow
The new WCAP-PHSE H-Chip Aluminium Polymer Capacitor offers a high endurance of 2000h at +105°C and a high ripple current capability. The operating temperature ranges from -55°C* to +105°C. Recommended soldering: Reflow.
The new WCAP-PHLE H-Chip Aluminium Polymer Capacitor offers a high endurance of 2000h at +105°C and a high ripple current capability. The operating temperature ranges from -55°C* to +105°C. Recommended soldering: Reflow.
The new WE-CLFS single-phase filter offers broadband noise suppression as well as simple and fast installation using faston connectors. Flammability according to UL 94 V-0, climatic category: 25/100/21 and approvals: cULus (UL 1283, CSA 22.2 No. 8 1986), VDE (IEC/EN 60939-2)
ShielDIY is a fast prototyping solution for your Board Level Shielding. The kit is made up of a Nickel Silver sheet, with a thickness of 0.2 mm, that has lines carved every 5mm for easy bending and cutting.
The WE-CHSA series is a high current SMD inductor with a patented design of air gap construction that is centered inside the component, allowing a saturation current of up to 57A. CHSA is used in both high current DC/DC and high current.
The new WE-TEFA series features a magnesium toroidal core which improves the EMC suppression characteristics in medium to high frequency ranges and attenuates EMC interference earlier.
The new WE-RCIT rod core inductor in THT design is well suited for EMC filtering. A fully automated production process makes this series particularly suitable for automotive applications.
The new WE-MCRI series - current and compact design, better leakage inductance (Lk) and rated current (lr) than comparable components. The composite core material enables high saturation. Further features: Magnetically shielded, 1:1 transformer.
The new WE-WPCC series is characterized by a high quality value due to the high permeability of the shielding, a reliable design with solid ferrite plate and low EDC values. Further features: Ø 20 mm: smallest Qi coil, low inductance, for 5 V systems, compatible with all Qi transmitters.
The new WE-PD series is AECQ 200 qualified with highest possible saturation current on ferrite basis, ulta low RDC and RAC and suitable for switching frequencies up to 5MHz. Temperature dependent parameter available for Redexpert, operating temperature from -40°C to +150°C.
The new WS-MITV and WS-ENTV series offer new micro switches in 6 new variants and a TUT encoder switch with pushbutton switch for miniaturalized applications.
The new coaxial connector product line includes a wide range of standard SMA solutions for frequencies up to 18 GHz.
The new WP-SMRT series is designed for board-to-board and IGBT connections and offers easy and fast automated assembly and a very low profile. Compatible with REDCUBE PRESS-FIT, THR & SMD.
The TI-PMLK (Power Management Lab Kit) Würth Elektronik Edition is the perfect learning kit for power electronics students and engineers to study and test the effects of magnetic elements on a buck switching power supply.
You need even more range than normal? Then we recommend our proprietary solution Thebe-II. With the improved reception sensitivity and the extra portion of transmission power, radio ranges of up to 20km can be realized.
The Calypso Wi-Fi radio module is a fully equipped, self-sufficient WIFI module with IEEEE 802.11 b/g/n, extreme high-speed UART up to 3 Mbps and 2.4 HGz and compact design (19x27.5x4 mm).
The Bluetooth Low Energy 5.0 radio module Proteus-II has the possibility to send radio packets with an extended data rate of 2Mbit. In addition, the newly developed "High Throughput Mode" allows the transmission of several radio packets per connection interval and thus multiplies the data throughput up to 200kbit/s.
The new WL-SFRW series is the smallest housing with exceptional brightness and therefore ideal for applications in confined spaces. With a large viewing angle and low power consumption.
Ultra-thin WL-SMCC 0.25mm chip LED with exceptional brightness, 0402 industry-standard footprint, PCB-based high reliability, IR reflow soldering compatible, miniaturized color effects, water clear lens
The new WL-SFCC series is characterized by an anti-reflection surface, a very large viewing angle. It is also the smallest RGB package.
The new WL-SICW series features an IR emitter, low power consumption, high reliability and fast switching.
The WL-SBTW series is characterized by low power consumption, high reliability, low power consumption and no diffuse lens as well as a black surface.
The new WL-SMTW series is characterized by high reliability and low energy consumption. With quick switching, flexibility in design and black surface. The series offers a high variety of colours and a high intensity.
The new WL-SDSB SMIT photodiode features a wide viewing angle, high sensitivity and reliability as well as a small package size.
The new SMT photodiode WL-SDCB features a wide viewing angle, fast response time and high light sensitivity in a standard package size.
The new WL-SISW series is characterized by low energy consumption, high reliability and low power consumption. With quick release and IR illuminator - side view.
The new WL-TDRW THT photodiode in 5 mm package size features a detector for visible and infrared light, low power consumption, fast switching times and high sensitivity.
The new WL-TDRB THT photodiode with ddetector and daylight filter is suitable for near infrared radiation and features low power consumption, fast switching times and high sensitivity.
The new WL-STCW SMT phototransistor in standard package size is perfectly matched to IR and visible emitters and is characterized by high reliability and sensitivity.
The new SWL-STTW SMT photodetector in the standard PLCC 2 package is compatible with pick-and-place machines and perfectly matched to IR and visible lamps.
The new WL-STCB SMT phototransistor in the 1206 standard package with rectangular lens is perfectly matched to infrared transmitters and features a phototransistor with daylight filter and high light sensitivity.
The new WL-STSW SMT phototransistor in a small standard package size is perfectly matched to IP and visible light sources and features high light sensitivity, reliability and fast switching time.
The new WL-STTB SMT photodetector in the standard PLCC 2 package is compatible with pick-and-place machines and is perfectly designed for coordination with IR transmitters. Other features include fast response times, high reliability and an integrated daylight filter.
The new WE-TVS designs are characterised by fast switch-on times, a low terminal voltage and high ESD resistance to withstand voltage. Further features are uni- or bidirectional protection and a flame retardant epoxy resin UL94 V-0.