TDK has developed a new series of multilayer ceramic inductors designed especially for RF circuits in smartphones and tablets. They are characterized by their high degree of miniaturization and extremely high Q factors.
Smartphones and other mobile devices feature an increasing range of functions that support people in their lives. TDK offers a broad portfolio of Tx and Rx coil units that are designed to satisfy growing user demand for easy and frequent charging.
TDK Corporation presents a new series of soft-termination MLCCs that are specially designed to withstand flex cracking caused by bending stresses to the PCB.
TDK Corporation announces the development of the CCT series of clamp AC current sensors, whose two types are rated for up to 30 A and up to 100 A, respectively. They are thus suitable for power distribution panels in a variety of energy management systems.
Ethernet is becoming the networking protocol of choice for high-speed multimedia infotainment in cars. TDK common-mode chokes for automotive bus systems such as CAN, FlexRay, and Ethernet offer the best noise suppression and are the world’s smallest.
TDK Corporation has developed a new kind of ferrite core: EPCOS stackable U-cores feature a unique modular ferrite design that offers flexibility and economy for high-voltage transformer and HF filter applications.
EPCOS power factor controllers allow complex PFC tasks to be carried out fully automatically. They also ensure that the capacitors switch with minimum wear and can measure a wide range of data at the same time.
Power utilities are rolling out smart meters in order to enable automated meter reading and optimized energy management. The X2 capacitors from the EPCOS B3293* heavy duty series of film capacitors are well suited as they operate reliably.
TDK Corporation has extended its range of EPCOS MKK power capacitors. The new MKK DCi-R series B25640* with resin impregnation is based on the proven MKK DC series with gas impregnation and MKK DC-I with oil impregnation.
TDK Corporation honored its best distributors in Europe for their outstanding performance in the distribution of TDK and EPCOS components.
TDK has been recognized by the SPDEI, the French association of distributors of electronic components, as a top supplier of 2013 in the “Passive Components” category.
TDK Corporation has developed a new multilayer diplexer in case size IEC 1005 for the implementation of 2.4 GHz/5 GHz band WLAN in smartphones and other mobile devices.
TDK Corporation announces that Whirlpool Latin America has honored EPCOS do Brasil, a subsidiary of TDK Corporation, for the second consecutive year with the Best Quality Performance Award 2013.
TDK Corporation presents a new series of EPCOS LCL filters (B84143*405) for recuperative frequency converter systems. These high-performance filters consist of a power choke, a capacitor bank with damping resistors and a robust choke.
TDK Corporation announces that its subsidiary, EPCOS Limited in China, has received the Supplier Excellence Award 2013 from Bosch Rexroth in China for the first time. The prize honors outstanding performance in terms of product quality, punctual and on-time delivery, and support to R&D.
The EPCOS D5058 front-end module was chosen “Leading Product 2013” in the “Passive Components and Sensors category” by the readers of EDN China.
MLCCs with a higher ESR can effectively suppress noise in DC-DC converters and antiresonance in decoupling circuits of mobile devices such as smartphones and tablet PCs.
New power inductors can withstand strong vibrations and high temperatures up to 150 °C and are suited for the power supplies of automotive engine control modules.
TDK Corporation presents a new series of EPCOS motor chokes for the output side of frequency converters. These components, also known as dv/dt chokes, are designed for a rated voltage of 520 V AC.
TDK Corporation has extended its range of EPCOS MEMS microphones with the new C928 type. This microphone is distinguished by its particularly high signal-to-noise ratio (SNR) of 66 dB(A) in the frequency range between 20 Hz and 20 kHz.