• Part: CNF41Rxxxxxx-xM
  • Description: Chip Type EMI Filters
  • Manufacturer: Maruwa
  • Size: 94.55 KB
Download CNF41Rxxxxxx-xM Datasheet PDF
Maruwa
CNF41Rxxxxxx-xM
CNF41Rxxxxxx-xM is Chip Type EMI Filters manufactured by Maruwa.
Features MARUWA GENERAL CATALOG The CNF41 . CNH41 series is a 3-terminal EMI filter for SMT based on multilayer chip capacitor technology. This CNH series is for reducing EMI noise on DC power lines. - Due to its small size and low residual inductance, it performs noise reduction at higher frequencies than conventional capacitors. - High current rating (~2A) makes it well suited for reducing EMI noise on DC power lines. - High capacitance (~0.22␮F) enables reduction of noise over a wide frequency range. - Nickel and tin plated barrier terminations offer good solderability and resistance to soldering heat. - Ro HS pliant. a Applications .. Noise reduction for signal lines and DC lines in puters, puter peripheral equipment, digital TV, DVD recorder, cellular telephone, automotive electronics, printer, FAX, etc. a Part Number System Series Style 41 : 4.5҂1.6 (L) (W) Temperature characteristics C : ȗ30ppm/°C R : ȗ15% F : ȗ30,- 80% Capacitance - T Packing form T : Taping B : Bulk Termination M : Ni-Barrier termination Capacitance tolerance S : +50,- 20% Z : +80,- 20% a Dimensions L1 L2 L1 t L W a Equivalent (mm) Type CNF41 CNH41 L W t L1 L2 circuit 4.5ȗ0.3 1.6ȗ0.3 1.0ȗ0.3 0.5ȗ0.3 1.4ȗ0.3 EMI FILTERS Capacitance Rated voltage Rated current tolerance IR DC resistance Temp. range +50, - 20% 100V DC 0.3A DC 10,000M⍀min. 0.3 ⍀max. - 55~+125°C +80, - 20% 50V DC 2 A DC 1,000M⍀min. 0.04⍀max. - 25~+ 85°C a Part Number List - Specifications Part number Capacitance 22p F 47p F 100p F 220p F 470p F 1,000p F 2,200p F 10,000p F 22,000p F 220,000p F CNF41C220S- ȞM CNF41C470S- ȞM CNF41C101S- ȞM CNF41C221S- ȞM CNF41C471S- ȞM CNF41R102S- ȞM CNF41R222S- ȞM CNF41R103S- ȞM CNF41R223S- ȞM CNH41F224Z- ȞM Ȟ : "T" stands for taping package and "B" stands for bulk package. a Insertion 0 loss (Reference) CNH41F224Z 0 100 47 22 Insertion loss (d B) 1000 10000 10 20 30 40 50 60 70...