TE Connectivity RFI electronic filters

Frequency: 50 Hz
Voltage: 480 V
Primary current: 7 A - 180 A

Compact 3-phase Delta RFI Filters for Universal Applications •Wiring Configuration: DELTA (3 wire + ground) •Continuous Operating Voltage (Max)(VAC): 480 •Product Mount Type: Chassis

Frequency: 50 Hz
Voltage: 440 V
Primary current: 30, 60, 45, 20 A

High Performance 3-phase RFI Filters for WYE Applications. AYT dual stage provides highest performance. • Input Termination Type: Stud • Output Termination Type: Stud • Wiring Configuration: WYE ...

Voltage: 80 V
Primary current: 60, 30, 125, 100, 15 A

DC Power Line Filters, Corcom DC Series RFI Power Line Filters for DC Applications

Voltage: 125 V
Primary current: 1, 15, 6, 3, 10 A

Compact RFI Line Filter with DC Inlet Connection • DC Filter Voltage (Max)(VDC): 125 • Input Termination Type: High Current Pin • Output Termination Type: .250" FASTON

Voltage: 150, 300 V
Primary current: 60 A

Compact RFI High Current DC Inlet Connection •Output Termination Type: Wire Leads

Frequency: 60, 50 Hz
Voltage: 250, 120 V
Primary current: 20, 10, 3, 6 A

Multipurpose Power Line RFI Filter for Emission Control. Offers an N = 4 (“Dbl. L”) Line to Ground impedance for common mode and an N=5 (“Dbl. Pi”) impedance for Line to Line differential mode interference. Filter ...

Frequency: 10 kHz - 30,000 kHz
Voltage: 250 V
Primary current: 10, 6 A

High performance RFI filters for switching power supplies. Superior attenuation for most digital electronic equipment over the frequency range of 10kHz to 30MHz. • ...

Frequency: 60, 50 Hz
Voltage: 120 V
Primary current: 6, 3, 16, 20 A

Highest Performance RFI Filters for Switching Power Supplies •Filter Mount Style : Flanged, Panel •Input Termination Type : .250" FASTON, IEC, Wire Lead •Output Termination Type : ...

Frequency: 60 Hz
Voltage: 120 V
Primary current: 1 A - 60 A

General Purpose RFI Power Line Filters – Ideal for high impedance load. Well suited to applications where pulsed, continuous and/or intermittent RFI interference is present. •Filter ...