TDK Corp. has extended the portfolio of EPCOS film capacitors for DC link applications with the B3277*X/Y/Z series. The new capacitors feature compact dimensions, high capacitance density, and high current capability. They are designed for rated voltages of between 500 and 1200 V DC. The series offers numerous standard capacitance values within the range from […]
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Chip varistors optimized for wireless audio apps
TDK has expanded its lineup of chip varistors with the new AVRF101U6R8KT242 for audio equipment, which offers both ESD and EMI protection. This product is intended for audio equipment that uses wireless communications in the 2.4 GHz band. Thanks to optimization of its capacitance of 6.8 pF, the multilayer component features high attenuation at this […]
Powerline EMI filters simplify compliance to MIL-STD-461G, MIL-STD-1275D and RTCA/DO-160G
The TDK-Lambda FQA series of EMC filters has a rating of ±40 Vdc at 20 A. The FQA has a rugged encapsulated quarter-brick package with a choice of flanged or non-flanged baseplates. These modules are suitable for use in a wide variety of harsh and demanding environments, including MIL-COTS vehicle and airborne applications. The FQA […]
Multilayer varistors optimized for automotive Ethernet
Multilayer varistors (AVRH10C221KT1R5YA8) for automotive Ethernet have a high ESD robustness for use in especially hostile environments. The new addition to the AVR series from TDK provides reliable ESD protection up to 25 kV (IEC61000-4-2). Moreover, thanks to the extremely precise multilayer technology and optimized manufacturing process, the new chip varistor features a low capacitance […]
High-temp/high-current power inductors for LED headlights
TDK has expanded its lineup of metal core power inductors with the new SPM-VT series that is designed especially for the high thermal and current demands of automotive LED headlights. These wire-wound power inductors feature both a broad operating temperature range from -55 °C up to +155 °C and high rated currents from 4.7 A […]
Low-capacitance varistors target automotive Ethernet apps
TDK Corporation has expanded its lineup of multilayer varistors with the new AVRH10C101KT1R1NE8 for automotive Ethernet. Thanks to the extremely precise multilayer technology, the product features a low capacitance of just 1.1 ± 0.3 pF, ensuring signal integrity even at the high data rates of automotive Ethernet. With its IEC 1005 package (1.0 x 0.5 […]
Power factor correction capacitors reach 44 kvar performance
TDK Corporation presents DeltaCap X Black Premium – a new series of EPCOS MKD capacitors for power factor correction (PFC). With rated voltages of between 440 V AC and 850 V AC, the capacitors with an internal delta connection are designed for power factor correction and filtering of harmonics at the low-voltage level. With capacitance values […]
TMR-based closed-loop sensors target high-current, coreless apps
TDK Corporation is expanding its Micronas magnetic sensor portfolio with the CUR 423x sensors developed for current measurements in automotive and industrial applications. The new sensors, marketed under the trademark curSENS, are the first Micronas branded products based on the TDK TMR technology. This technology has already been proven in existing TDK automotive sensor products […]
250-W non-isolated SIP dc-dc converter uses 60% less PCB area
TDK Corporation announces the introduction of 250W rated SIP (Single In-line Package) models to the TDK-Lambda i6A4W product family of non-isolated DC-DC converters. Utilizing less than 0.47 in2 of board area, this represents a 60% saving compared to 1/16th brick format converters. Capable of operating from a wide input voltage of up to 9 to […]
Thin-film power inductors boast rated inductance of 1.0 µH
TDK Corporation announces the development of a miniaturized thin-film power inductor in an IEC 2012 case size that can handle higher currents compared to conventional products. The low-profile TFM201208ALD power inductor measures in at 2.0 x 1.25 x 0.8 mm and is available with a rated inductance of 1.0 µH. Thanks to its reduced DC […]
