MCC TM Micro Commercial Components MLV1005 Series MLV1608 Series MLV2012 Series MLV3216 Series MLV3225 Series omponents 20736 Marilla Street Chatsworth !"# $ % !"# Features • • • • Monolithic Multilayer Construction with 1005, 1608, 2012, 3216 and 3225 Model Sizes Wide Operating Voltage Range VDC=3.3V to 48V Excellent Nonlinear Voltage-Current Characteristics with Low Clamping Voltage and Large Surge Current/Energy Handing Capabilities at Small Size Available in Tape and Reel or Bulk Pack Normal Type Multilayer Varistor Maximum Ratings • • • • Operating Ambient Temperature Range: -55к to +125к Leakage Current: 1. < 50A at ambient temp. 2. <100A for 3.3VDC (Test Conditions: The current measured with VDC applied) Maximum Surge Energy (WS): V1mA / V1mA ̰f10% Test Conditions: On standard circumstance Impulse the 10/1000s specified current wave 1 time , Measure the variation of V1mA Maximum Surge Current (IS): V1mA / V1mA ̰f10% Test Conditions: 1 At room temperature and humidity 2. 8/20s waveform 3. Impulse of +/- polarity 4. Measure the variation of V1mA W E D L INCHES Size 1005 (0402) 1608 (0603) 2012 (0805) 3216 (1206) 3225 (1210) DIM L W D E L W D E L W D E L W D E L W D E MIN 0.036 0.016 --0.004 0.057 0.026 --0.007 0.071 0.041 --0.007 0.116 0.036 --0.010 0.116 0.088 --0.010 MAX 0.044 0.024 0.024 0.016 0.069 0.038 0.350 0.023 0.087 0.057 0.510 0.023 0.136 0.044 0.067 0.030 0.136 0.108 0.067 0.030 MM MIN 0.90 0.40 --0.10 1.50 0.65 --0.20 1.80 1.05 --0.20 2.95 1.40 --0.25 2.95 2.25 --0.25 MAX 1.00 0.60 0.60 0.40 1.80 0.95 0.90 0.60 2.20 1.45 1.30 0.60 3.45 1.80 1.70 0.75 3.45 2.75 1.70 0.75 www.mccsemi.com Revision: 2 1 of 5 2006/10/02 MCC MLV1005,1608,2012,3216,3225 SERIES Electrical Characteristics Part Number Symbol Units Micro Commercial Components Working Voltage VRMS TM VDC Volts(max.) Volts(max.) Test Condition Breakdown Voltage VB Maximum Transient Surge Clamping Surge Energy 1 Current Voltage VC IS WS Volts Volts(max.) Amps(max.) Joules(max) 1mA DC 8/20s (1A) 8/20s 10/1000s 5(4.4-6.0) 10 20 0.05 Typical Capacitance C PF(typ.) 0.5Vrms 1KHz MLV1005N030 2.5 3.3 390 MLV1005N050 4 5.5 8(6.4-9.6) 16 20 0.05 295 MLV1005N090 6 9 12(9.6-14.4) 20 20 0.05 190 MLV1005N110 8 11 15(12.75-17.25) 25 20 0.05 160 MLV1005N140 11 14 18(16.5-20.3) 30 20 0.05 135 MLV1005N160 12 16.5 22(19.8-24.2) 36 20 0.05 105 MLV1005N180 14 18 24(21.6-27) 40 20 0.05 93 MLV1005N220 17 22 27(24.3-29.8) 45 20 0.05 75 MLV1005N260 20 26 33(29.7-36.3) 54 20 0.05 54 MLV1005N300 25 30 39(35.1-42.9) 65 20 0.05 45 MLV1005N380 30 38 47(42.3-51.7) 77 20 0.05 27 MLV1608N030 2.5 3.3 5(4.4-6.0) 10 30 0.1 1250 MLV1608N050 4 5.5 8(6.4-9.6) 16 30 0.1 800 MLV1608N090 6 9 12(9.6-14.4) 20 30 0.1 680 MLV1608N110 8 11 15(12.75-17.25) 25 30 0.1 460 MLV1608N140 11 14 18(16.5-20.3) 30 30 0.1 350 MLV1608N160 12 16.5 22(19.8-24.2) 36 30 0.1 300 MLV1608N180 14 18 24(21.6-27) 39 30 0.1 270 MLV1608N220 17 22 27(24.3-29.8) 44 30 0.1 235 MLV1608N260 20 26 33(29.7-36.3) 54 30 0.1 200 MLV1608N300 25 30 39(35.1-42.9) 65 30 0.1 120 MLV1608N380 30 38 47(42.3-51.7) 77 30 0.1 100 MLV1608N450 35 45 56(50.4-61.6) 90 30 0.1 80 www.mccsemi.com Revision: 2 2 of 5 2006/10/02 MCC MLV1005,1608,2012,3216,3225 SERIES Micro Commercial Components Electrical Characteristics Part Number Symbol Units Working Voltage VRMS TM VDC Volts(max.) Volts(max.) Test Condition Breakdown Voltage Maximum Transient Surge Surge Energy Current IS WS VB Clamping 1 Voltage VC Volts Volts(max.) Amps(max.) Joules(max) 1mA DC 8/20s (1A) 8/20s 10/1000s 5(4.4-6.0) 10 40 0.1 Typical Capacitance C PF(typ.) 0.5Vrms 1KHz MLV2012N030 2.5 3.3 2450 MLV2012N050 4 5.5 8(6.4-9.6) 16 80 0.1 1600 MLV2012N090 6 9 12(9.6-14.4) 20 80 0.1 1180 MLV2012N110 8 11 15(12.75-17.25) 25 100 0.1 1050 MLV2012N140 11 14 18(16.5-20.3) 30 100 0.1 750 MLV2012N160 12 16.5 22(19.8-24.2) 36 100 0.2 680 MLV2012N180 14 18 24(21.6-27) 39 100 0.2 550 MLV2012N220 17 22 27(24.3-29.8) 44 100 0.3 400 MLV2012N260 20 26 33(29.7-36.3) 54 100 0.3 350 MLV2012N300 25 30 39(35.1-42.9) 65 100 0.3 310 MLV2012N380 30 38 47(42.3-51.7) 77 100 0.3 280 MLV2012N450 35 45 56(50.4-61.6) 90 80 0.3 195 MLV2012N560 40 56 68(61.2-74.8) 110 80 0.3 145 MLV2012N650 50 65 82(73.8-90.2) 135 60 0.3 85 MLV3216N030 2.5 3.3 5(4.4-6.0) 10 60 0.1 3850 MLV3216N050 4 5.5 8(6.4-9.6) 16 100 0.2 3200 MLV3216N090 6 9 12(9.6-14.4) 20 100 0.2 2200 MLV3216N110 8 11 15(12.75-17.25) 25 100 0.2 1300 MLV3216N140 11 14 18(16.5-20.3) 30 100 0.3 1150 MLV3216N160 12 16.5 22(19.8-24.2) 36 100 0.3 1000 MLV3216N180 14 18 24(21.6-27) 38 100 0.3 900 MLV3216N220 17 22 27(24.3-29.8) 44 100 0.4 840 MLV3216N260 20 26 33(29.7-36.3) 54 100 0.5 490 MLV3216N300 25 30 39(35.1-42.9) 65 100 0.6 440 MLV3216N380 30 38 47(42.3-51.7) 77 100 0.7 400 MLV3216N450 35 45 56(50.4-61.6) 90 100 0.8 310 MLV3216N560 40 56 68(61.2-74.8) 110 100 1.0 280 MLV3216N650 50 65 82(73.8-90.2) 135 100 0.5 240 MLV3216N850 60 85 100(90-110) 165 100 0.6 160 MLV3216N900 70 90 110(99-121) 180 100 0.6 120 www.mccsemi.com Revision: 2 3 of 5 2006/10/02 MCC MLV1005,1608,2012,3216,3225 SERIES Micro Commercial Components Electrical Characteristics Part Number Symbol Units Working Voltage VRMS VDC Volts(max.) Volts(max.) Test Condition MLV3225N050 5.5 Breakdown Voltage Maximum Transient Surge Surge Energy Current IS WS Typical Capacitance VB Clamping 1 Voltage VC Volts Volts(max.) Amps(max.) Joules(max) 1mA DC 8/20s (1A) 8/20s 10/1000s 8(6.4-9.6) 16 250 0.4 6200 0.5 4400 C PF(typ.) 0.5Vrms 1KHz MLV3225N090 6 9 12(9.6-14.4) 20 250 MLV3225N110 8 11 15(12.75-17.25) 25 250 0.6 3520 0.7 3260 MLV3225N140 11 14 18(16.5-20.3) 30 250 MLV3225N160 12 16.5 22(19.8-24.2) 36 250 0.8 2100 0.8 1950 MLV3225N180 14 18 24(21.6-27) 38 250 MLV3225N220 17 22 27(24.3-29.8) 44 250 1.0 1720 1.2 1090 MLV3225N260 20 26 33(29.7-36.3) 54 250 MLV3225N300 25 30 39(35.1-42.9) 65 250 1.4 920 1.6 780 MLV3225N380 30 38 47(42.3-51.7) 77 250 MLV3225N450 35 45 56(50.4-61.6) 90 250 2.0 470 2.3 390 MLV3225N560 40 56 68(61.2-74.8) 110 250 MLV3225N650 50 65 82(73.8-90.2) 135 250 1.2 320 165 200 1.4 220 180 200 1.4 200 MLV3225N850 MLV3225N900 1 4 60 70 TM 85 90 100(90-110) 110(99-121) MLV3225 maximum clamping voltage testing current 2.5A www.mccsemi.com Revision: 2 4 of 5 2006/10/02 MCC TM Micro Commercial Components ***IMPORTANT NOTICE*** Micro Commercial Components Corp . reserves the right to make changes without further notice to any product herein to make corrections, modifications , enhancements , improvements , or other changes . Micro Commercial Components Corp . does not assume any liability arising out of the application or use of any product described herein; neither does it convey any license under its patent rights ,nor the rights of others . The user of products in such applications shall assume all risks of such use and will agree to hold Micro Commercial Components Corp . and all the companies whose products are represented on our website, harmless against all damages. ***APPLICATIONS DISCLAIMER*** Products offer by Micro Commercial Components Corp . are not intended for use in Medical, Aerospace or Military Applications. www.mccsemi.com Revision: 2 5 of 5 2006/10/02