(1/2) 001-01 / 20030823 / e9146_zmb_13.fm ZMB-13 Series EMC Components EMC Filters for AC Power Supply Cased (Compact Size) FEATURES * EMC filters exhibit outstanding attenuation characteristics with respect to both differential mode and common mode noise components in the MF and HF bands. * Leakage current is maintained at less than 1mA. * Utilizing a plastic case and a ground terminal, these filters are high cost-efficient. * Small and lightweight. * Designed to ensure superior safety and reliability, easy implementation and maintenance. SAFETY STANDARDS Part No. ZMB2201-13 ZMB2203-13 VDE 19047-4730-1002 19047-4730-1002 APPLICATIONS Digital applied devices (ECR, calculators, electronic scales, etc.), control devices, measurement devices, and other electronic equipment. 3 Ground terminal I 2 A 4 E 1 D SHAPES AND DIMENSIONS J Screw hole H F B F K L C G G G Dimensions in mm Part No. A B C ZMB2201-13, 2203-13 30 45 20 * Case : plastic, terminal : lead wire (UL1015 AWG#22) D 50 E 40 F 300 G 20 H M3 I 15 J 7.5 ELECTRICAL CHARACTERISTICS Part No. Rated voltage Eac(V) Rated current(A) Test voltage Eac(V)[Between lead wire and ground terminal] ZMB2201-13 250 1 2000 ZMB2203-13 250 3 2000 Insulation resistance(M) [DC. 500V, 1min/between lead wire and ground terminal] Leakage current(mA)[250V * 60Hz] DC resistance(m) Operating temperature range(C)[Including self-temperature rise] With derating over(C) Temperature rise(C) Differential mode at 30dB Attenuation frequency range (MHz)[+5 to +35C] Common mode at 20dB Weight(g) 100min. 100min. 0.4max. 200max. -25 to +85 40 30max. 1.5 to 30 0.2 to 10 45 0.4max. 200max. -25 to +85 40 30max. 1.5 to 30 0.5 to 10 45 * All specifications are subject to change without notice. K 13 L 200 (2/2) 001-01 / 20030823 / e9146_zmb_13.fm ZMB-13 Series EMC Components EMC Filters for AC Power Supply Cased (Compact Size) TYPICAL ELECTRICAL CHARACTERISTICS ATTENUATION vs. FREQUENCY CHARACTERISTICS ZMB2201-13 ZMB2203-13 80 80 60 Differential mode 40 Common mode 20 0 Attenuation(dB) 100 Attenuation(dB) 100 60 Differential mode 40 20 0.1 0.3 1 3 10 Frequency (MHz) 30 100 1 4 2 3 * All specifications are subject to change without notice. Protective load CIRCUIT DIAGRAM 0 0.1 Common mode 0.3 1 3 10 Frequency (MHz) 30 100