Search results for "TDK"

TDK Corporation presents a new product group of EPCOS standard 3-phase line reactors for frequency converters with input rectifier stages. Seven new types in the B86305L* series cover a broad current range from 4A to 230 A. These line reactors are designed for a rated voltage of 520VAC and, depending on the type, for a short-circuit voltage of 5 percent to 6 percent. They are thus able to efficiently suppress any EMI caused by the frequency conve...

All modern power supplies are of the switched-mode type, as these are smaller and more efficient than the old linear types. Switched-mode supplies, however, generate electromagnetic interference, both conducted and radiated, and require the incorporation of EMI filters.

TDK Corporation presents the new CGA3EA series of automotive grade MLCCs that meet the ESD immunity requirements according to the IEC 61000-4-2 standard. The new components are available in package size 1608 (EIA 0603) and offer rated capacitances ranging from 1 nF to 10 nF and a rated voltage of 100 V. The new series comprises two lineups of MLCCs with different thermal characteristics: C0G components with a temperature range of -55°C to +12...

TDK-Lambda has today introduced the new HWS-A series of AC-DC power supplies. Comprising five models rated from 15-150W to meet a wide range of customer requirements, typical industrial applications include equipment used for factory automation, process control, LED display and signage, test and measurement, broadcast and communications. The HWS-A series is a significant upgrade of the established HWS series which was originally introduced in 200...

TDK introduces a new series of EPCOS EMC filters. The B84142Ax166 series of 2-line filters features types designed for rated currents of 10 A, 16 A, and 30 A at a rated voltage of 250 V AC (50/60 Hz). A particular feature is their very compact size: the 10 A and 16 A types measure only 84.5 mm x 52 mm x 38 mm, and the 30 A version only 130 mm x 84 mm x 69 mm. This permits mounting even when space is very limited.

TDK Corporation has extended its MMZ portfolio of Gigaspira beads with the MMZ1005-V series, which features the world’s highest* impedance peak frequency in the 2.5 GHz range. The new EMC components enable, for the first time, simple and effective noise suppression of high-frequency signals above 2 GHz, as used for WLAN and LTE, for example. The new Gigaspira beads offer a high impedance of up to 3000 Ω at 2.5 GHz.

TDK-Lambda has today introduced the R series of high performance EMC line filters with convenient connection options. The extensive range of low profile, single-phase (RS series) and three-phase (RT series) filters enable designers to combat potentially noisy disturbances in end-system applications, such as those found in medical, industrial, test & measurement and comms equipment.

TDK-Lambda announce the DRF series of DIN rail power supplies for medium power applications that require advanced control features while being compact in size and energy efficient. Operating from a universal input of 85 to 265Vac (47-63Hz) with active power factor correction to ensure EN61000-3-2 compliance, these convection-cooled power supplies meet demands for a wide range of applications, including those found in industrial equipment, buildin...

TDK-Lambda has today announced a new series of DIN rail power supplies, the DRB series, for low power applications that require keenly priced basic functionality. Designed to support the growing trend for simple and economic DIN power solutions in industrial, building automation and process control applications, the DRB series combines low cost and extremely compact dimensions with industry leading efficiency of up to 91%. No load power consumpti...

TDK has expanded its TPL series of transponder coils with a new miniature version that is especially designed for use as an antenna coil in tire pressure monitoring systems for vehicles. Measuring in at just 7.85 mm x 2.70 mm x 2.70 mm the new TDK TPL802727 transponder coil offers the same high level of performance as existing components in the TPL series.