EMI Filters, Panel Mount | Knowles Precision Devices

SFSSC

SFSSC Pin-on-Disc Range

SFSRC

SFSRC 10A 2.8mm diameter resin sealed solder-in panel mount.

SFSTC

SFSTC 10A 3.25mm diameter resin sealed solder-in panel mount.

SFSUC

SFSUC 10A 5.6mm diameter resin sealed solder-in panel mount.

SFAAC

SFAAC 10A Bolt-in 4-40UNC class 2A x 4mm A/F Resin Sealed.

SFAB

SFAB 10A Bolt-in 6-32UNC Class 2A x 4mm A/F Resin Sealed.

SFAJ

SFAJ 10A Bolt-in M3 x 0.5 - 6g x 4mm A/F Resin Sealed.

SFAK

SFAK 10A Bolt-in M3.5 x 0.6- 6g x 4mm A/F Refin Sealed.

SFBC

SFBC 10A Bolt-in 8-32 UNC Class 2A x 4.75mm A/F. Resin Sealed.

SFBD

SFBD 10A Bolt-in 12-32 UNEF Class 2A x 4.75mm A/F / 6.35mm ø Resin Sealed.

SFBL

SFBL 10A Bolt-in M4 x 0.7 - 6g x 4.75mm A/F. Resin Sealed.

SFBM

SFBM 10A Bolt-in M5 x 0.8 - 6g x 4.75mm A/F / 6.35mm ø Resin Sealed.

SFCD

SFCD 10A Bolt-in 12-32UNEF Class 2A x 6.35mm A/F Resin Sealed.

SFCM

SFCM 10A Bolt-in M5 x 0.8 -6g x 6.35 A/F. Resin Sealed.

SFDP/SFDPP

SFDP 20A Bolt-in M8 x 0.75 - 6g x 10mm A/F. Resin Sealed.

SFJG

SFJG 15A Bolt-in 1/4 - 28 UNF Class 2A x 9.8mm ø Resin Sealed.

SFJN

SFJN 15A Bolt-in M6 x 0.75 - 6g x 9.8mm ø Resin Sealed.

SFKB

SFKB 10A Bolt-in 6-32 UNC Class 2A x 4.4mm ø (screwdriver slot). Resin Sealed.

SFKK

SFKK 10A Bolt-in M3.5 x 0.6 - 6g x 4.4mm ø (screwdriver slot). Resin Sealed.

SFLM

SFLM 10A Bolt-in M5 x 0.8 - 6g x 6.0mm ø (screwdriver slot). Resin Sealed.

SFTM

SFTM 10A Bolt-in M5 x 0.8 - 6g x 6.35 A/F low profile. Resin Sealed.

SFUM/SFUMC

SFUM 10A Bolt-in M5 x 0.8 - 6g x 6.0mm ø (screwdriver slot). Resin Sealed.

SFJBG

SFJGB 10A Bolt-in 1/4 - 28 UNF Class 2A x 9.8mm ø Balanced Line Filter. Resin Sealed.

Description

Benefits of Knowles Precision Devices Panel Mount EMI Filters

Use of Stable X7R and C0G/NP0 ceramics - no Z5U/Y5V
High capacitance values, high voltage
High frequency performance to greater than 10GHz

When choosing a filter, it is important to be aware of the different performance characteristics that may be available from different categories of ceramic materials employed in their capacitors. Generally, stability of dielectric constant (and therefore filter capacitance value), with respect to some operational and environmental parameters, deteriorates with increasing dielectric constant. Specific factors which affect dielectric constant are temperature, voltage, frequency and time (ageing). The three main classifications of ceramic dielectric employed in the manufacture of EMI filters are generally referred to as ultra stable (C0G/NP0), stable (X7R) and general purpose (Z5U, Y5V or X7W).