This is the PDF file of catalog No.C31E-5. No.C31E5.pdf 00.4.14 Pe CHIP EMIFIL EMIFIL is the trademark of Murata Manufacturing Co., Ltd. " if Chip Solid EMIFIL NFM2012R/40R/3212R/41R/4516R Series The chip solid EMIFIL NFM2012R*/40R/3212R*/41R/ 4516R series is a chip type 3-terminal EMI suppression filter. It can reduce residual inductance to an extremely low level making it excellent for noise suppression at high frequencies. An electrostatic capacitance range of 22pF to 22000pF enables suppression of noise at specific frequencies. (The array type NFA series is also available.) *Using base metal to the electrode. BFEATURES 1. Small and low profile of 2.0mmxX1.25mmx0.5mm (NFM2012R) enables high density mounting. 2. The 3 terminal structure enables high performance in high frequency range. 3. Use original electrode structure which realize excellent solderability. MAPPLICATIONS @ PCs and peripherals which emit high amount of noise Compact size equipment such as PDA, PC card and mobile telecommunication equipments @ Severe EMI suppression and high impedance circuits such as digital circuits MPART NUMBERING (Please specify the part number when ordering.) ev (Nase -9 [ee OType @OClass No. OCircuit Composition OCharacteristics @Other Characteristics (NFM2012R/3212R/4516R) @Packaging Code 11: Taped B1 : Bulk package NFM2012R NFM40R NFM3212R ee? e& ~ Se NFM41R NFM4516R MEQUIVALENT CIRCUIT DIAGRAM (1) or (3) Input o_-5, Output (1) or (3) The NFM2012R/40R/3212R/41R/4516R series has no polarity. GND (2) 40This is the PDF file of catalog No.C31E-5. No.C31E5.pdf 00.4.14 BDIMENSIONS NFM2012R NFM40R NFM3212R 0.340.2 4 ( ) Jt? C) | ts 3 } -K-] | 1.140.3 1.1203 1.4140.3 2,040.2 3.240.2 1.2540.2 3,240.2 1.2540. (2) (2) CT EIA Code : 0805 (1} FIA Code : 1205 (1) (3)EIA Code : 1205 =< { 2) i @ te E 0,340.2 3 2 NFM41R NFM4516R a n ( ) de el] 1.50.5 1.340.3 1.540.3 | 4520.2 1.640.3 4,540.3 4,640.3 (2) (2) t EIA Code : 1806 EIA Code : 1806 (1) ] (3) (1) 2) LF 4 @) i @) E = 0.440.3 3 (in mm) HSPECIFICATIONS NFM2012R Series : Rated Rated Insulation pc Operating Part Number Capacitance Voltage Current Resistance Resistance Temp yang NFM2012R03C220R 22pF420% NFM2012R03C470R A7pF+20% NFM2012R03C101R 100pF+20% NFM2012R13C221R 220pF420% 300mAdc . 0.3Q max. 50Vdce 1000MQ min. -55 to +125 NFM2012R13C471R 470pF+20% NFM2012R13C102R 1000pF420% NFM2012R13C222R 2200pF+20% NFM2012R13C223R 22000pF420% 1Adc 0.030 max. NFM4OR Series Rated Rated Insulation pe Operating Part Number Capacitance Voltage Current Resistance Resistance Temp. nange NFM40R02C220 22pF+39% NFM40R02C470 47pF430% 25Vde 300mAdc 1000MQ min. 0.6Q max. -55 to +125 NFM40R02C101 100pF+38% NFM3212R Series . Rated Rated Insulation DC Operating Part Number Capacitance Voltage Current Resistance Resistance Temp wange NFM3212R13C221R 220pF 488% NFM3212R13C471R 470pF438% NFM3212R13C102R 1000pF43$% 50Vde 300mAdc 1000MQ min. 0.3Q max. -55 to +125 NFM3212R13C222R 2200pF438% NFM3212R13C223R 22000pF+30% 41This is the PDF file of catalog No.C31E-5. No.C31E5.pdf 00.4.14 NFM41R Series : Rated Rated Insulation pc Operating Part Number Capacitance Voltage Current Resistance Resistance Temp, Range NFM41R02C220 22pF 438% NFM41R02C470 47pF+38% ; 100Vdc 300mAdc 10000MQ min. 0.30 max. 55 to +125 NFM41R02C101 100pF+238% NFM41R02C221 220pF436% NFM4516R Series . Rated Rated Insulation pc Operating Part Number Capacitance Voltage Current Resistance Resistance Temp ange NFM4516R13C471R 470pF+38% NFM4516R13C102R 1000pF 483% 100Vdc 300mAdc 10000MQ min. 0.3Q max. -55 to +125 NFM4516R13C222R 2200pF438% NFM4516R13C223R 22000pF+38% MINSERTION LOSS CHARACTERISTIC (TYPICAL) NFM2012R Series NFM4OR Series NFM3212R Series InsertionLoss (dB) 1 5 10 DR b o a InsertionLoss (dB) oo a a 3 50 100 Frequency (MHz) tnsertionLoss (dB) 300 1000 2000 100 20 NFM41R Series 6 10 50 100 Frequency (MHz) 10 50 100 Frequancy (MHz) InsertionLoss (d8) 00 10002000 InsertionLoss (dB) 100 500 10002000 1 10 50 100 Frequency (MHz) NFM4516R Series 50 100 Frequency (MHz) 500 10002000 500 10002000 INSERTION LOSS MEASURING CIRCUIT 502 500 10dB - Sample- 10dB Attenuator Attenuator 502 502 $.G. $ Oe 42