FEATUES Multilayer monolithic construction yields high reliability Excellent solderability and heat resistance for either flow or reflow soldering Substantial EMI suppression over a wide frequency range APPLICATIONS Noise suppression in digital equipment such as computer and its peripheral devices, DVD, camera, OA equipments, etc Product Identification MGGB 3216 M 12 H T - LF 1 2 3 4 5 6 7 1 Series name 2 Dimension L W: 3216=3.2mm 1.6mm 3 Material code 4 Impedance: 1=1Ω 11=1Ω 12=1Ω 5 Characteristic 6 Packing Style: T: Taping B: Bulk 7 Lead free products Shapes And Dimensions Type Dimensions (mm) [inch] L W T a1, a2 63 [21].6±.5 [.24±.2].3±.5 [.12±.2].3±.5 [.12±.2].15±.5 [.2±.2] 15 [42] 1.±.15 [.4±.6].5±.15 [.2±.6].5±.15 [.2±.6].25±.1 [.1±.4] 168 [63] 1.6±.15 [.63±.6].8±.15 [.31±.6].8±.15 [.31±.6].3±.2 [.12±.8] 212 [85] 2.±.2 [.79±.8] 1.25±.2 [.49±.8].85±.2 [.33±.8].5±.3 [.2±.12] 3216 [126] 3.2±.2 [.126±.8] 1.6±.2 [.63±.8].9±.2 [.35±.8].5±.3 [.2±.12]
Electrical Characteristics MGGB 63 (21) Series Impedance (Ω) Test Freq. DC(Ω) MGGB63M1H 1 1.12 5 MGGB63M8H 8 1.37 2 MGGB63M121H 12 1.45 2 MGGB63M241H 24 1.75 2 MGGB63M471H 47 1 1.3 1 MGGB63M61H 6 1 1.75 1 MGGB 15 (42) Series Impedance (Ω) Test Freq. DC(Ω) MGGB15M5H 5 1.5 5 MGGB15M11H 11 1.5 5 MGGB15M19H 19 1.5 3 MGGB15M31H 31 1.2 3 MGGB15M6H 6 1.3 2 MGGB15M8H 8 1.3 2 MGGB15M121H 12 1.4 15 MGGB15M181H 18 1.5 15 MGGB15M31H 3 1.65 1 MGGB15M61H 6 1 1. 1 MGGB15M12H 1 1 1.3 1 MGGB15M152H 15 1 1.4 1 MGGB15M182H 18 1 1.4 1 MGGB 168 (63) Series Impedance (Ω) Test Freq. DC(Ω) MGGB168M7H 7 1.5 1 MGGB168M11H 11 1.5 1 MGGB168M19H 19 1.5 1 MGGB168M31H 31 1.5 5 MGGB168M6H 6 1.12 3 MGGB168M8H 8 1.16 2 MGGB168M121H 12 1.2 2 MGGB168M181H 18 1.3 2 MGGB168M221H 22 1.3 2 MGGB168M31H 3 1.35 2 MGGB168M61H 6 1.5 2 MGGB168M12H 1 1.6 1 MGGB168M152H 15 1.8 1 MGGB168M22H 2 1 1.2 1 MGGB168M252H 25 1 1.5 5 MGGB 168 (63) Series
Impedance (Ω) Test Freq. DC(Ω) MGGB168E7H 7 1.5 1 MGGB168E11H 11 1.5 1 MGGB168E19H 19 1.5 1 MGGB168E31H 31 1.6 8 MGGB168E6H 6 1.6 8 MGGB168E8H 8 1.2 5 MGGB168E121H 12 1.3 3 MGGB168E181H 18 1.3 3 MGGB168E31H 3 1.45 2 MGGB168E51H 5 1.45 2 MGGB168E61H 6 1.45 2 MGGB168E12H 1 1.6 1 MGGB168Q7H 7 1.5 5 MGGB168Q11H 11 1.5 5 MGGB168Q19H 19 1.1 5 MGGB168Q26H 26 1.2 4 MGGB168Q31H 31 1.2 4 MGGB168Q36H 36 1.2 4 MGGB168Q6H 6 1.3 3 MGGB168Q8H 8 1.35 3 MGGB168Q121H 12 1.35 3 MGGB168Q151H 15 1.45 3 MGGB168Q181H 18 1.45 2 MGGB168Q221H 22 1.45 2 MGGB168Q31H 3 1.5 2 MGGB168Q51H 5 1.5 1 MGGB168Q61H 6 1.6 1 MGGB168Q751H 75 1.7 1 MGGB168Q12H 1 1.8 1 MGGB168Q122H 12 1 1. 1 MGGB168Q152H 15 1 1.2 1
MGGB 212 (85) Series Impedance (Ω) Test Freq. DC(Ω) MGGB212M7H 7 1.5 22 MGGB212M11H 11 1.5 2 MGGB212M19H 19 1.5 2 MGGB212M26H 26 1.5 15 MGGB212M31H 31 1.5 15 MGGB212M36H 36 1.5 15 MGGB212M6H 6 1.5 1 MGGB212M7H 7 1.8 1 MGGB212M8H 8 1.1 1 MGGB212M11H 1 1.12 1 MGGB212M121H 12 1.15 8 MGGB212M151H 15 1.15 8 MGGB212M181H 18 1.2 6 MGGB212M221H 22 1.2 6 MGGB212M31H 3 1.25 5 MGGB212M51H 5 1.3 5 MGGB212M61H 6 1.35 5 MGGB212M751H 75 1.35 3 MGGB212M12H 1 1.45 3 MGGB212M122H 12 1.5 2 MGGB212M152H 15 1.65 2 MGGB212M22H 2 1.8 2 MGGB212M222H 22 1 1.5 2 MGGB212M252H 25 1 1.5 2 MGGB212E11H 11 1.5 22 MGGB212E19H 19 1.5 2 MGGB212E26H 26 1.5 2 MGGB212E31H 31 1.5 15 MGGB212E36H 36 1.5 15 MGGB212E6H 6 1.6 15 MGGB212E11H 1 1.1 1 MGGB212E121H 12 1.12 1
MGGB 212 (85) Series Impedance (Ω) Test Freq. DC(Ω) MGGB212E181H 18 1.25 8 MGGB212E221H 22 1.25 6 MGGB212E31H 3 1.25 6 MGGB212E51H 5 1.3 5 MGGB212E61H 6 1.3 3 MGGB212E751H 75 1.4 3 MGGB212E12H 1 1.45 2 MGGB212E122H 12 1.55 2 MGGB212E152H 15 1.65 2 MGGB212E22H 2 1.8 2 MGGB212Q11H 11 1.5 5 MGGB212Q19H 19 1.5 5 MGGB212Q26H 26 1.1 5 MGGB212Q31H 31 1.2 4 MGGB212Q36H 36 1.2 4 MGGB212Q6H 6 1.2 4 MGGB212Q7H 7 1.3 3 MGGB212Q8H 8 1.3 3 MGGB212Q121H 12 1.35 3 MGGB212Q151H 15 1.35 3 MGGB212Q181H 18 1.45 2 MGGB212Q221H 22 1.45 2 MGGB212Q31H 3 1.45 2 MGGB212Q51H 5 1.5 1 MGGB212Q61H 6 1.5 1 MGGB212Q751H 75 1.6 1 MGGB212Q12H 1 1.7 1 MGGB212Q122H 12 1.8 1 MGGB212Q152H 15 1 1. 1 MGGB212Q22H 2 1 1.2 1
MGGB 3216 (126) Series Impedance (Ω) Test Freq. DC(Ω) MGGB3216M19H 19 1.5 2 MGGB3216M26H 26 1.5 2 MGGB3216M31H 31 1.5 2 MGGB3216M36H 36 1.5 2 MGGB3216M6H 6 1.8 1 MGGB3216M8H 8 1.8 1 MGGB3216M11H 1 1.1 1 MGGB3216M121H 12 1.1 6 MGGB3216M151H 15 1.15 6 MGGB3216M181H 18 1.15 6 MGGB3216M31H 3 1.2 6 MGGB3216M391H 39 1.2 6 MGGB3216M51H 5 1.3 6 MGGB3216M61H 6 1.3 6 MGGB3216M751H 75 1.3 6 MGGB3216M12H 1 1.4 5 MGGB3216M122H 12 1.5 3 MGGB3216M152H 15 1.6 2 MGGB3216M22H 2 1.7 2 MGGB3216M252H 25 1.7 2 MGGB3216M32H 3 1 1. 2 MGGB3216E19H 19 1.5 22 MGGB3216E26H 26 1.5 22 MGGB3216E31H 31 1.5 22 MGGB3216E36H 36 1.5 2 MGGB3216E6H 6 1.7 2 MGGB3216E8H 8 1.1 1 MGGB3216E121H 12 1.1 1 MGGB3216E151H 15 1.15 6 MGGB3216E181H 18 1.2 6 MGGB3216E31H 3 1.2 6 MGGB3216E51H 5 1.25 6
MGGB 3216 (126) Series Impedance (Ω) Test Freq. DC(Ω) MGGB3216E751H 75 1.3 6 MGGB3216E12H 1 1.4 5 MGGB3216E122H 12 1.4 3 MGGB3216E152H 15 1.55 2 MGGB3216E22H 2 1.7 2 MGGB3216E252H 25 1.7 2 MGGB3216E32H 3 1.8 2 MGGB3216Q19H 19 1.1 5 MGGB3216Q26H 26 1.1 5 MGGB3216Q31H 31 1.1 5 MGGB3216Q36H 36 1.2 4 MGGB3216Q6H 6 1.2 4 MGGB3216Q7H 7 1.2 4 MGGB3216Q8H 8 1.3 3 MGGB3216Q121H 12 1.3 3 MGGB3216Q151H 15 1.35 3 MGGB3216Q181H 18 1.35 3 MGGB3216Q221H 22 1.45 2 MGGB3216Q31H 3 1.45 2 MGGB3216Q51H 5 1.45 2 MGGB3216Q61H 6 1.5 1 MGGB3216Q751H 75 1.5 1 MGGB3216Q12H 1 1.6 1 MGGB3216Q122H 12 1.7 1 MGGB3216Q152H 15 1.8 1 MGGB3216Q22H 2 1 1. 1
..(Ohm)..(Ohm)..(Ohm)..(Ohm) Multilayer Chip Ferrite Bead Characteristic curve MGGB 15 (42) MSeries 5 MGGB15M8 4 3 2 1 1 MGGB15M31 1 MGGB15M61 8 8 6 6 4 2 4 2 MGGB168 (63) MSeries 5 MGGB168M151 4 3 2 1
..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm) Multilayer Chip Ferrite Bead 1 MGGB168M61 2 MGGB168M12 8 16 6 4 12 8 2 4 MGGB212(85) M Series 5 MGGB212M151 4 3 2 1 1 MGGB212M61 2 MGGB212M152 8 16 6 12 4 8 2 4
..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm)..(Ohm) Multilayer Chip Ferrite Bead MGGB3216(126) M Series 5 MGGB3216M121 1 MGGB3216M61 2 MGGB3216M12 4 8 16 3 2 1 6 4 2 12 8 4 MGGB168(63)E Series 2 MGGB168E3 5 MGGB168E121 2 MGGB168E12 16 4 16 12 3 12 8 2 8 4 1 4 MGGB168(63)Q Series 2 MGGB168Q3 5 MGGB168Q121 25 MGGB168Q61 16 12 4 3 2 15 8 4 2 1 1 5