Common Mode Noise Filter – Coax

Slip On - Mix 43 - RFI Range 20-300 MHz

Store/Ferrite Core Products/Mix 43/Slip On - Mix 43 - RFI Range 20-300 MHz
Refine by
 

Filters

Clear all
Filters
Clear all
4435006500 - Common Mode Noise Filter - Coax
BN43-7051 - ID 0.250" Dia (6.35mm) Length 1.130" (28.7mm) Width 0.561" (14.25mm), RFI Range 20-250 MHz, Transformer Range:1-200 MHz
BN43-7051 - ID 0.250" Dia (6.35mm) Length 1.130" (28.7mm) Width 0.561" (14.25mm), RFI Range 20-250 MHz, Transformer Range:1-200 MHz
SKU BN43-7051
$4.95
581480222 - Common Mode Noise Filter - Coax
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz
SKU FB102-43-1
$3.30
On Sale
581498837 - Common Mode Noise Filter - Coax
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Bulk Pack of 100
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Bulk Pack of 100
SKU FB102-43-100
List price $330.00
Save 26%
$245.00
On Sale
581498837 - Common Mode Noise Filter - Coax
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Bulk Pack of 23
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Bulk Pack of 23
SKU FB102-43-23
List price $75.90
Save 8%
$69.95
On Sale
581498851 - Common Mode Noise Filter - Coax
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Case of 212 or Multi-case discount
FB102-43 - 1/2" ID/12.8mm, RFI Range 25-300 MHz, Case of 212 or Multi-case discount
SKU FB102-43-212
List price $699.60
Save 37%
$439.00
On Sale
581498158 - Common Mode Noise Filter - Coax
FB37-43 - ID 0.193" Dia (4.90mm) OD 0.375" Dia (9.53mm) Length 0.410" (10.41mm), RFI Range 20-250 MHz
FB37-43 - ID 0.193" Dia (4.90mm) OD 0.375" Dia (9.53mm) Length 0.410" (10.41mm), RFI Range 20-250 MHz
SKU FB37-43-1
List price $1.03
Save 61%
$0.40
581480178 - Common Mode Noise Filter - Coax
FB68-43 - .375" ID, RFI Range RFI Freq: 25-250 MHz, Unun/Balun Range: 1-200 MHz
FB68-43 - .375" ID, RFI Range RFI Freq: 25-250 MHz, Unun/Balun Range: 1-200 MHz
SKU FB68-43-1
$0.89
Display prices in:USD

 

Typical user comment:

The filter was quite effective. Was surprised that it actually reduced the noise level
more than the signal so S+N/N improved by 1.9 S units.

Bill