Datasheet

Features and benefits

FN 9675 filters are designed for easy

and fast chassis mounting.

FN 9675 offers a economic combination

of performance/size ratio.

All filters provide a high symmetrical and

asymmetrical atttenuation

performance, based on chokes with

high saturation resistance and

excellent thermal behavior.

Economic high performance filter

attenuation suitable to be used in a

broad range of applications.

Faston connection with additional

spade solder possibility or screw

connection.

Custom-specific versions on request.

Typical applications

Electrical and electronic equipment

Consumer goods

Household equipment

Power supplies

Office automation equipment

Datacom equipment

Single-Stage Filters

FN 9675

Compact Performance EMI Filter

Rated currents from 3 to 16A

Economic high performance filter

Approvals

Technical specifications

Design corresponding to: UL 1283, CSA 22.2 No. 8 1986, IEC/EN

60939

Flammability corresponding to: UL 94V-2 or better

High potential test voltage: P –> PE 2000VAC for 2 sec

P –> N 760VAC for 2 sec

Maximum continuous operating voltage: 250VAC, 50/60Hz

MTBF @ 40°C/230V (Mil-HB-217F): 400,000 hours (FN 9675)

280,000 hours (FN 9676)

Operating frequency: dc to 400Hz

Rated currents: 3 to 16 A @ 40°C max.

Temperature range (operation and

storage):

-25°C to +100°C (25/100/21)

Typical electrical schematic

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Single-Stage Filters FN 9675 Compact Performance EMI Filter Rated currents from 3 to 16A Economic high performance filter Approvals Technical specifications Typical electrical schematic Features and benefits Typical applications Design corresponding to: UL 1283, CSA 22.2 No.
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Single-Stage Filters > FN 9675 Filter selection table Filter Rated current @ 40°C (25°C) Leakage current* @ 230VAC/50Hz FN 9675-3-06 FN 9675-6-06 FN 9675-16-03 [A] 3 (3.5) 6 (6.9) 16 (18.4) [μA] 410 410 410 FN 9676-16-03 16 (18.4) 1900 Inductance L Capacitance Cx Cy Cy1 Resistance R Input/Output connections [mH] [nF] [nF] [nF] 18 680 4.7 3 680 4.7 10.2 1000 4.7 [kΩ] 470 470 470 -03 -06 -06 470 -03 10.2 1000 15 6.8 * Maximum leakage under normal operating c onditions.
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