Snap Ferrite: 28R0480-000

Snap Ferrite: 28R0480-000
e
Laird: 28R0480-000 Ferrite EMI FLEX Cabel For max. 6 poles B=8,00mm; A=12,20mm, E=1,00mm; D=5,50mm (Impedance 25Mhz-100 Ohm; 100Mhz-190 Ohm; 300MHz-320 Ohm) ~ MEC Kitigawa GFPC-16-12 ~ KEMET ESD-FPL-14,5-5
Price (net of VAT) / ks
0,1913 EUR
Quantity rabats
1 - 499 ks
0,1913 EUR net of VAT/ks
500 - 999 ks
0,1391 EUR net of VAT/ks
1000 - 1999 ks
0,1261 EUR net of VAT/ks
More than 1999 ks
0,1043 EUR net of VAT/ks
Laird: 28R0480-000 ~ MEC Kitigawa GFPC-16-12 ~ KEMET ESD-FPL-14,5-5 Split Ferrite cores are used to ensure electromagnetic compatibility and reduce noise or impulse interference. Snap-on / split ferrites are suitable for use on round and flat conductors. Two or more turns of the wire can increase attenuation / impedance. The final attenuation depends on the spectrum and nature of the interference. Lightweight but strong plastic case ensures reliable assembly of ferrite cores. Another advantage of the Snap-On ferrite cores is its simple and quick mounting without the need to change the layouts on PCBs or disassembly of cable harnesses.

Split Ferrite cores are used to ensure electromagnetic compatibility and reduce noise or impulse interference. Snap-on / split ferrites are suitable for use on round and flat conductors. Two or more turns of the wire can increase attenuation / impedance. The final attenuation depends on the spectrum and nature of the interference. Lightweight but strong plastic case ensures reliable assembly of ferrite cores. Another advantage of the Snap-On ferrite cores is its simple and quick mounting without the need to change the layouts on PCBs or disassembly of cable harnesses.

Store name Availability Of which reserved Price (net of VAT)  
ATD hlavní sklad 1 150  0 0,1913 EUR
28R0480-000 Laird: Ferrite EMI FLEX Cabel For max. 26 poles B=34,50mm; A=37,01mm, E=1,00mm; D=4,00mm (Impedance 25Mhz-38 Ohm; 100Mhz-110 Ohm; 300MHz-251 Ohm) 228,2 kB 28R0480-000 Laird: Ferrite EMI FLEX Cabel For max. 26 poles B=34,50mm; A=37,01mm, E=1,00mm; D=4,00mm (Impedance 25Mhz-38 Ohm; 100Mhz-110 Ohm; 300MHz-251 Ohm)