TLR1E, 2A metal plate chip type low resistance resistor EU features SMD type of small size, metal plate low resistance resistor for current detection Low height suitable for use of small equipment such as mobile phone -6 High reliability and performance with T.C.R 10010 /K Suitable for reflow soldering (Not suitable for flow soldering) Products meet EU RoHS requirements AEC-Q200 Qualified 0805 (2A) dimensions and construction Dimensions inches (mm) Size Code Resistance L Wd t Protective Bottom Coating TLR1E L .039.002 .020.002 .012.004 .010.004 10m (0402) (1.000.05) (0.500.05) (0.300.10) (0.250.10) W t .024.008 .012.006 2m (0.600.20) (0.300.15) .024.008 3m (0.600.20) .010.006 Electrode d (0.250.15) .018.008 Sn 4m Resistive Ni (0.450.20) Element .026.008 (0.650.20) .079.008 .049.008 .022.008 .012.006 TLR2A 6m (2.000.20) (1.250.20) (0.550.20) (0.300.15) (0805) .020.008 7m (0.500.20) .020.008 8m (0.500.20) .018.008 .016.006 9m (0.450.20) (0.260.15) .014.008 10m (0.350.20) ordering information TLR 1E T TP 10L0 J Power Termination Nominal Resistance Type Packaging Rating Material Resistance Tolerance TLR 1E: 0.2W T: Sn TP: 7 2mm pitch 1%: 4 digits F: 1% punch paper 2A: 1W 2%, 5%: 3 digits G: 2% TD: 7 4mm pitch All values less than 0.1 (100m) J: 5% punch paper are expressed in m with L as decimal Ex: 1m = 1L00 For further information on packaging, please refer to Appendix A. Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/08/17 KOA Speer Electronics, Inc. 199 Bolivar Drive Bradford, PA 16701 USA 814-362-5536 Fax: 814-362-8883 www.koaspeer.com 121 5m current sensecurrent sense TLR1E, 2A metal plate chip type low resistance resistor applications and ratings T.C.R. Standard Rated Operating Part Power Current Resistance Connection (ppm/C) Resistance Terminal Part Temperature Designation Rating Rating Tolerance Temperature Max. ( ) Temperature Range G: 2%, TLR1E 0.2W 100 10m 105C -65C to +125C J: 5% 2m, 3m, 4m, 5m, 6m, TLR2A 1W 100 F: 1% 105C -65C to +155C 7m, 8m, 9m, 10m environmental applications Derating Curve Temperature Rise TLR1E TLR2A 100 125 150 1 5m 1 10m 125 80 100 100 2 5m 60 75 2 10m 75 1 40 50 1 Hot 2 Solder 50 Spot Joint 2A 2 25 20 25 1E 0 0 0 0 25 50 75 100 0 25 50 75 100 -80 -60 -40 -20 0 20 40 60 80 100 140 160180 -65 105 125 155 % Rated Power % Rated Power Terminal Part Temperature (C) For resistors operated at an ambient temperature of 105C For resistors operated at a terminal part temperature of described for each size or above, a power rating shall be derated in accordance or above, a power rating shall be derated in accordance with the derating curve. with the above derating curve. Please refer to Introduction of the derating curve based on the terminal part temperature in the beginning of our catalog before use. Performance Characteristics Requirement R % Parameter Limit Typical Test Method Within regulated Resistance 25C tolerance Within specified T.C.R. +25C/+125C T.C.R. 1E: 0.15 1E: Rated power x 5 for 5 seconds Overload (Short time) 1 2A: 0.05 2A: Rated power x 2.5 for 5 seconds Resistance to Solder Heat 1 0.01 260C 5C, 10 ~ 12 seconds 1E: -55C (30 minutes), +125C (30 minutes), 1000 cycles Rapid Change of Temperature 1 0.2 2A: -55C (15 minutes), +150C (15 minutes), 1000 cycles Moisture Resistance 1 0.3 85C, 85%RH, 1000 hours, 10% Bias Endurance at 105C and Less Terminal part temperature: 105C, 1000 hours, 1.5 hr ON, 1 0.4 of Terminal Part Temperature 0.5 hr OFF cycle Low Temperature Exposure 1 0.05 -65C, 96 hours 1E: 1 1E: 0.3 2A: 2A: High Temperature 1E: 125C, 1000 hours 1 (2~4m, 7~10m) 0.5 (2~4m, 7~10m) Exposure 2A: 155C, 1000 hours 2 (5m, 6m) 0.8 (5m, 6m) Note: Please contact factory for the TLRZ Performance Characteristics Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/08/17 122 KOA Speer Electronics, Inc. 199 Bolivar Drive Bradford, PA 16701 USA 814-362-5536 Fax: 814-362-8883 www.koaspeer.com % Rated Power Temperature Rise (C) Temperature Rise (C)