Ferrite-Kabelkerne EMI

Patron: Toroid-Außendurchmesser des Eisenpulverkerns: KT-106-26: 26,9 ID: 14,50 H: 11,10 AL: 93 nH

Patron: Toroid-Außendurchmesser des Eisenpulverkerns: KT-106-26: 26,9 ID: 14,50 H: 11,10 AL: 93 nH

Patron: Toroid-Außendurchmesser des Eisenpulverkerns: KT-106-26B: 26,9 ID: 14,50 H: 14,6 AL: 124 nH

Toroid: D=20mm, d=12mm, h=5,6mm SPQ: 260 pcs = KITAGAWA GRI-12,3-20-7

Kern R14/10/8 = 74270117 (WE-TOF EMI Suppression Toroidal Ferrite) d=10mm; D=14mm; L=8,0mm Impedance 161Ohm

WE: Toroidaler Ferrit WE-TOF 7427012 Material = 4 W 620; Innendurchmesser = 12,6 mm; Außendurchmesser = 23,5 mm; Höhe = 14,0 mm

WE: Ferritkern 74270107 d = 10,00mm; D = 20,00 mm; L = 10,00 mm pro Kabel Impedanz 25 MHz-68 Ohm; 100MHz-160 Ohm

WE: Ferritkern 74270107 d = 10,00mm; D = 20,00 mm; L = 10,00 mm pro Kabel Impedanz 25 MHz-68 Ohm; 100MHz-160 Ohm

Laird: Ferritkabelseele LFB310190-000 d=19,00mm; D=31,00mm; L=13mm Impedanz = 88 Ohm; Frequenz = 5 MHz; Abmessungen = 31,00x19,00x13,00mm

Schmid-M: ST25.0x15.0x12.0 Ferrite-Kabelkerne EMI : d= 15,00mm; L=12,00mm; D=25,00mm (impedance 25MHz-35 Ohm, 100MHz- 80 Ohm)

Schmid-M: ST25.0x15.0x12.0 Ferrite-Kabelkerne EMI : d= 15,00mm; L=12,00mm; D=25,00mm (impedance 25MHz-35 Ohm, 100MHz- 80 Ohm)

Laird: Ferritkern 28B1142-000 d = 19mm; D = 29,01 mm; L = 7,49 mm pro Kabel Impedanz 25 MHz-34 Ohm; 100MHz-85ohm

Laird: Ferritkern 28B1225-100 d = 19,05 mm; D = 31,12 mm; L = 7,92 mm am Kabel Impedanz 25 MHz-39 Ohm; 100 MHz-93 Ohm

WE: 782 013 150 285 Ferrite-Kabelkerne EMI : d= 15,50mm; L=28,5mm; D=26,00mm (impedance 25MHz-130 Ohm, 100MHz- 190 Ohm)

Schmid-M: ST28,0x16,0x13,0 Ferrite-Kabelkerne EMI : d=16,00mm; L=13,00mm; D=28,00mm (impedance 25MHz-40 Ohm, 100MHz- 80 Ohm)

Laird: Ferritkern LFB360230-300 d = 23 mm; D = 36 mm; L = 15 mm pro Kabel

Schmid-M: ST35,6x23,0x12,7 Ferrite-Kabelkerne EMI : d=23,00mm; L=12,70mm; D=35,60mm (impedance 25MHz-25 Ohm, 100MHz- 90 Ohm)

WE 74271211 Ferrite core 25MHz/232Ohm d=21mm; D=47mm; L=56mm;