Multilayer Ferrite Beads Type BMB-B Series Key Features Effective EMI Protection Wide Frequency Characteristics High soldering Heat Resistance Various Package Sizes Available Suited to a These beads are designed for high speed applications. The BMB-B Series will Variety of minimise the attenuation of the signal wave form due to its sharp impedance Applications characteristics. This series is offered in 04:02, 06:03 and 08:05 package sizes Terminal finish Electrical Performance matte Sn over Impedance () at DC Resistance Rated Current (mA) Cu/Ni Part Number 100MHz () maximum maximum underplate BMB-1E-0022B-N7 22 25% 0.20 BMB-1E-0047B-N7 47 25% 0.35 BMB-1E-0075B-N7 75 25% 0.40 BMB-1E-0120B-N7 120 25% 300 BMB-1E-0220B-N7 220 25% 0.60 BMB-1E-0300B-N7 300 25% 0.80 BMB-1E-0022B-N7 22 25% 0.20 BMB-1J-0030B-N7 30 25% 0.30 250 BMB-1J-0070B-N7 70 25% BMB-1J-0120B-N7 120 25% 0.40 200 BMB-1J-0240B-N7 240 25% BMB-1J-0300B-N7 300 25% 100 0.50 BMB-1J-0420B-N7 420 25% 200 BMB-1J-0600B-N7 600 25% 0.60 100 BMB-2A-0007B-N7 7 25% 0.10 BMB-2A-0030B-N7 30 25% 0.20 BMB-2A-0070B-N7 70 25% 300 BMB-2A-0100B-N7 100 25% 0.40 BMB-2A-0120B-N7 120 25% BMB-2A-0200B-N7 200 25% 200 BMB-2A-0300B-N7 300 25% 0.50 BMB-2A-0450B-N7 450 25% Dimensions in Dimensions Shown for 1773179 CIS BI 05/2015 For Email, phone or live chat, millimetres unless reference purposes only. go to: www.te.com/help otherwise specified Specifications subject to change Multilayer Ferrite Beads Electrical Performance (continued) Impedance () at 100MHz DC Resistance () Rated Current (mA) Part Number * 50MHz maximum maximum * 30MHz BMB-2A-0600B-N7 600 25% 0.60 BMB-2A-0750B-N7 750 25% 0.70 200 BMB-2A-1000B-N7 1000 25% 0.80 Operating temperature range - -55 ~ +125C Temperature should be less than 25C when rated current is applied. Storage: Temperature Range: -40 ~ +85C Humidity: Less than 75% RH Dimensions in Dimensions Shown for 1773179 CIS BI 05/2015 For Email, phone or live chat, millimetres unless reference purposes only. go to: www.te.com/help otherwise specified Specifications subject to change