TDK Corporation has expanded its CGA series of automotive-grade MLCCs based on NP0 ceramics and now offers the industry’s broadest portfolio of NP0 products in terms of voltage range and capacitance range.
TDK Corporation presents three new series of EPCOS aluminum electrolytic capacitors with screw terminals. They are characterized by their high ripple current capability and simultaneously highly compact dimensions.
Thanks to new materials and integration technologies the embedding and integration of passive components is making great advances. New miniaturized components designed specifically for embedding enable even more compact and reliable systems.
TDK Corporation presents a new series of EPCOS snap-in aluminum electrolytic capacitors. They are characterized by a ripple current capability that is up to 25 percent higher than for the types of the preceding EPCOS series.
TDK Corporation presents new EPCOS leaded RF chokes with high current capability. The series with designation LBC+ offers components for rated currents of up to 4450 mA at saturation currents of up to 7700 mA.
TDK Corporation presents the new EPCOS PQSine™ series of active harmonic filters that optimize power quality. The modular filter systems are designed for 3-phase networks with and without neutral conductors at voltages from 200 V AC to 480 V AC and 50/60 Hz.
TDK Corporation presents the third generation of EPCOS piezo actuators with copper internal electrodes, which offer both improved performance and higher cost-effectiveness. These innovative actuators are characterized by their outstanding stability and reliability.
TDK Corporation has developed a new series of 3-terminal feedthrough filters that are designed to meet the automotive industry’s demands for EMC components in emerging safety and infotainment applications.
TDK Corporation has extended its BR7000 series of EPCOS power factor controllers with two new types. The BR7000-I-TH controller offers 12 relay outputs for capacitor contactors and 12 transistor outputs for thyristor modules. The BR7000-I-TH/S485 features an additional RS485 bus interface that allows up to another 32 EPCOS TSM-LC-S thyristor modules to be controlled.
TDK Corporation presents the new EPCOS TSM-LC-S thyristor module for dynamic power factor correction (PFC). It is designed for voltages of 200 V AC to 440 V AC (50/60 Hz) and is suitable for compensating reactive powers of up to 55 kvar.
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.
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.
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 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 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 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.