Würth Elektronik WE-DCT Toroidal Double Power Chokes

Würth Elektronik WE-DCT Toroidal Double Power Chokes feature coupled inductivity with two identical windings. The ring core double chokes feature very low core losses, very low DC resistance (RDC), and high saturation currents of up to 120A. These chokes are stable, even at high temperatures, and have an operating temperature range of -40°C to +125°C with minimal aging. A special iron powder core material allows the choke to maintain excellent inductance when it undergoes temperature changes and low-level leakage inductance is due to its bifilar winding. Würth Elektronik WE-DCT Toroidal Double Power Chokes are ideal for high-performance switching controllers.

Features

  • Very low RDC
  • Very low core losses
  • 120A max saturation current
  • Low inductance drift over temperature
  • -40°C to +125°C operating temperature range
  • Coupled inductor with two identical windings
  • More variants due to parallel and series connection
  • WE-Perm core material
  • Low leakage due to bifilar winding

Applications

  • High power switching regulators
  • Solar inverters
  • 1:1 flyback converters
  • Buck-boost, SEPIC, ZETA, and Ćuk converters
  • Switching regulators with a second unregulated output voltage
View Results ( 14 ) Page
N.º de artículo Hoja de datos Inductancia Corriente CC máxima Resistencia CC máxima Frecuencia autorresonante
744851471 744851471 Hoja de datos 47 uH 1.6 A 160 mOhms 12 MHz
7448510091 7448510091 Hoja de datos 91 nH 14.5 A 3.5 mOhms 450 MHz
744851100 744851100 Hoja de datos 1 uH 8.6 A 8.5 mOhms 100 MHz
744851101 744851101 Hoja de datos 10 uH 5.3 A 22 mOhms 17 MHz
744851102 744851102 Hoja de datos 100 uH 1.1 A 290 mOhms 5 MHz
744851330 744851330 Hoja de datos 3.3 uH 7.7 A 12.2 mOhms 57 MHz
744851470 744851470 Hoja de datos 4.7 uH 7.2 A 14 mOhms 40 MHz
744851221 744851221 Hoja de datos 22 uH 3.5 A 45 mOhms 16 MHz
744851016 744851016 Hoja de datos 160 nH 13.8 A 4.4 mOhms 350 MHz
744851027 744851027 Hoja de datos 160 nH 12.3 A 5 mOhms 250 MHz
Publicado: 2019-01-15 | Actualizado: 2024-05-29