High Frequency

They are used in industrial power supplies, photovoltaic energy systems, charging stations, 4G/5G power supplies, new energy vehicles, communication power systems, medical power supplies, UPS systems, railway transportation, and military energy applications.

INDUCTORS / TOROIDAL FILTERS

Horizontal and vertical PCB mounting

Compact size and lightweight design

Sendust, high-flux, Mn-Zn, nanocrystalline, and iron powder cores

Excellent winding insulation

Low magnetic leakage flux

Standardized footprint

Wide range of inductance ratings

Common mode chokes:

Limit output current variation up to 10°,

Double inductance up to 100 mH,

Feature resonance from 100 kHz to 3 MHz,

And exhibit low electrical resistance.

Power inductors:

Similar to the previous inductors, but calibrated for higher currents

and coated with a heat-shrinkable polyolefin sleeve.

They feature low electrical resistance and minimal temperature rise.

HF Transformers

The new demands in applications where size, height, and power supply efficiency are key priorities make these transformers the most suitable for optimal performance in high-frequency applications ranging from 30 to 500 kHz, with power ratings exceeding 1 kW.

These transformers are available in various shapes and series, such as

E (0–1000 W), EFD (7–115 W), EP (2–200 W), ETD (210–1800 W), EC, PQ (50–1000 W), RM (200 W), etc., depending on design requirements.

They are suitable for flyback, forward, and push-pull topologies, used across a wide range of applications including home automation, industrial systems, and lighting.

Current Transformers:

They convert the voltage and current of the input (primary) from 10 A to 100 A.

Operate at high frequencies up to 200 kHz.

Manufactured with winding ratios from 1:50 to 1:800, their safety is ensured by a reliable galvanic isolation system and they comply with ROHS regulations.

Pulse Transformers:

Devices primarily used for semiconductor control (SCR, TRIAC), featuring excellent magnetic coupling and operating frequencies of up to 200 kHz.

The safety of these products is also ensured by a reliable galvanic isolation system and the use of UL-certified materials (plastic compliant with UL 94-VH).