EU THIN FILM INDUCTORS RoHS KL73 Thin Film Chip Inductors Construction Coating colorDark blue Dimensions Features Dimensionsmm Type Weightg Inch Size Code 1000pcs L W c d t 1E 1.00.1 0.50.05 0.150.10 0.250.10 0.350.05 0.68 0402 1005 1J 1.60.2 0.80.1 0.30.1 0.30.1 0.50.1 2.14 3216 0603 2A 2.00.2 1.250.20 0.40.2 0.30.2 0.50.1 4.54 1608 0805 2B 0.2 3.20.2 1.60.2 0.50.2 0.4 . 0.60.1 9.14 0.1 RoHS 1206 AEC-Q200 KOA original thin-film multi-layer technology Type Designation realizes low DC resistance and high Q. No circuit adjustment is possible due to narrow Example tolerance 2%. KL73 1E T TP 10N G H igh self resonant frequency and excellent high frequency characteristics. Product Style Terminal Taping Nominal Tolerance Applicable to high density mounting with thin and Code Surface Material Inductance miniature type (each type of 10053216 sizes is lined up). 1E:1.00.5mm T:Sn TP:2mm pitch B:0.1nH Direction marking. (All size) 1J :1.60.8mm paper C:0.2nH Inductance value marking. (1J, 2A, 2B) 2A:2.01.25mm TE:4mm pitch G:2% Suitable for both reflow and flow solderings. 2B:3.21.6mm plastic J:5% Products with lead free termination meet EU-RoHS embossed requirements. BK:Bulk AEC-Q200 qualified. EU-RoHS Applications APPENDIX C The terminal surface material lead free is standard. High frequency circuits in terminal and base station Contact us when you have control request for environmental hazardous material other than the of mobile wireless equipment. substance specified by EU-RoHS. For further information on taping, please refer to APPENDIX C on the back pages. Performance Performance Requirements Maximum L/L Test Items Test Methods Limit Typical L/L:2%Q/Q:20% L/L:0.5% 2605, 10s1s Resistance to soldering heat Q/Q:1.5% Without distinct damage in appearance and construction. L/L:2%Q/Q:20% L/L:0.5% 4030min./12530min.100 cycles Rapid change of temperature Q/Q:1.6% Without distinct damage in appearance and construction. L/L:2%Q/Q:20% L/L:0.7% 4031000h Low temperature exposure Q/Q:1.2% Without distinct damage in appearance and construction. L/L:2%Q/Q:20% L/L:0.4% 12521000h High temperature exposure Q/Q:1.3% Without distinct damage in appearance and construction. L/L:2%Q/Q:20% L/L:0.4% Without distinct damage in appearance and construction. 40290%95%RH1000h Moisture endurance Q/Q:1.4% 50M Insulation Resistance:50M or more L/L:2%Q/Q:20% JIS K883919952- L/L:0.6% 202530s5s Resistance to solvent Q/Q:1.2% Without distinct damage in appearance, construction and marking. Immerse the inductors for 30s5s in the reagent2025of JIS K88391995 Oct. 2016 Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. Contact our sales representatives before you use our products for applications including automotives, medical equipment and aerospace equipment. Malfunction or failure of the products in such applications may cause loss of human life or serious damage. www.koaglobal.com Inductor Inductor Ratings Operating temperature range40125 /Taping code and Q ty/Reel1ETP (10,000pcs), 1JTE (4,000pcs) Nominal Quality Self Resonant DC Allowable Measuring Inductance Type Marking Inductance Factor Frequency Resistance DC Current Frequency Tolerance nH Min. MHzMin. Max. mAMax. MHz KL73 1E TTP N56B 0.56 KL73 1E TTP N68B 0.68 B:0.1nH 7 14,000 0.10 KL73 1E TTP N82B 0.82 KL73 1E TTP 1N0 1.0 700 12,000 0.15 KL73 1E TTP 1N2 1.2 KL73 1E TTP 1N5 1.5 10,000 0.20 KL73 1E TTP 1N8 1.8 B:0.1nH KL73 1E TTP 2N2 2.2 :0.2nH 8,000 0.25 650 KL73 1E TTP 2N7 2.7 500 KL73 1E TTP 3N3 3.3 0.30 600 6,000 KL73 1E TTP 3N9 3.9 10 550 0.50 KL73 1E TTP 4N7 4.7 500 5,000 KL73 1E TTP 5N6 5.6 450 KL73 1E TTP 6N8 6.8 4,000 1.00 350 KL73 1E TTP 8N2 8.2 3,000 KL73 1E TTP 10N 10 300 2,500 1.50 KL73 1E TTP 12N 12 250 :2 :5 KL73 1E TTP 15N 15 2,000 2.00 200 KL73 1E TTP 18N 18 3.00 KL73 1E TTP 22N 22 1,500 7 200 KL73 1E TTP 27N 27 5.00 150 KL73 1E TTP 33N 33 1,000 KL73 1J TTE 1N0 L1 1.0 10 13,000 KL73 1J TTE 1N2 L2 1.2 15 0.10 650 KL73 1J TTE 1N5 L3 1.5 10,000 KL73 1J TTE 1N8 L4 1.8 KL73 1J TTE 2N2 22 2.2 :0.2nH 8,000 0.15 KL73 1J TTE 2N7 27 2.7 20 450 KL73 1J TTE 3N3 33 3.3 6,000 0.25 KL73 1J TTE 3N9 39 3.9 500 KL73 1J TTE 4N7 47 4.7 5,000 KL73 1J TTE 5N6 56 5.6 350 0.50 KL73 1J TTE 6N8 68 6.8 4,000 KL73 1J TTE 8N2 82 8.2 3,000 25 KL73 1J TTE 10N 10 10.0 2,500 KL73 1J TTE 12N 12 12.0 1.00 250 KL73 1J TTE 15N 15 15.0 2,000 KL73 1J TTE 18N H1 18.0 :2 1,500 1.50 200 :5 KL73 1J TTE 22N H2 22.0 KL73 1J TTE 27N H3 27.0 1,000 KL73 1J TTE 33N H4 33.0 150 10 2.50 200 KL73 1J TTE 39N H5 39.0 KL73 1J TTE 47N H6 47.0 120 600 KL73 1J TTE 56N H7 56.0 4.00 100 KL73 1J TTE 68N H8 68.0 4.50 BCGJThe code for inductance toleranceB, C, G, Jenters . Precautions for Use KL73 The pattern size of pad may affect Q values, so confirm the characteristics beforehand by actual machines. Do not use this product in an atmosphere filled with corrosive gas such as chlorine, sulfide, acid, etc. KL73 series are an asymmetric inductor. The characteristics of KL73 series are influenced according to the layout direction of the product in some applications or circuits. Oct. 2016 Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. Contact our sales representatives before you use our products for applications including automotives, medical equipment and aerospace equipment. Malfunction or failure of the products in such applications may cause loss of human life or serious damage. www.koaglobal.com