Magnetics Make Possible High Current Low HM00-06883LFTR Loss Sendust SMD Inductor High Current Low Loss Sendust Model HM00-06883LFTR SMD Inductor Features Features Low DCR High Q over 1MHz Low DCR High Q over 1MHz High saturation current High saturation current Suitable for DC/DC, POL, VRM modules Suitable for DC/DC, POL, VRM modules Suitable for frequency and above 400kHz and above application Suitable for400kHz frequency application Environmental Environmental HM00-06883LFTR Operating temperature -40C to + 155C -40C to + 155C range Operating temperature range High Current RoHS compliant RoHS compliant Low Loss Sendust Specification @SMD 25CInductor Specification @ 25C Inductance @ 100kHz, - 1.0uH20% 1.0uH20% 100mV Inductance @ 100kHz, 100mV Features Low DC Resistance DC Resistance 1.5m - DCR (1.75m Max) 1.5m (1.75m Max) High Rated Q over 1MHz 25Adc Current (20% of inductance) Rated Current (20% of inductance) - drop 25Adc drop High saturation current 35Adc Suitable Saturation Current (30% drop of inductance) for DC/DC, POL, VRM modules Saturation Current (30% drop of inductance) - 35Adc 25Adc Heating Current, T =400kHz 40C and above Suitable for frequency application Heating Current, T = 40C 25Adc Core Loss Environmental Core Loss Core Loss =K1 * (f) 1.46 * (K2I) 2.0 -40C to + 155C 1.46 Operating temperature range 2.0 core loss = in watt Where: Core Loss =K1 * (f) RoHS * (K2I) compliant f = switching frequency in kHz Where: core loss = in watt K1 = 2.766E-10 Specification @ 25C f = switching frequency in100kHz, kHz K2 =100mV 88.42 1.0uH20% Inductance @ DC Resistance I = delta I across the component in A. 1.5m (1.75m Max) K1 = 2.766E-10 25Adc Rated Current (20% drop= of peak inductance) K2I to peak flux density across the component in Gauss. K2 = 88.42 Saturation Current (30% drop of inductance) 35Adc 25Adc Heating Current, T = 40C I = delta I across the component in A. Core Loss 1.46 2.0 Core Loss * (f) * (K2I) the component in Gauss. K2I = peak to peak flux=K1 density across Where: core loss = in watt f = switching frequency in kHz K1 = 2.766E-10 K2 = 88.42 I = delta I across the component in A. K2I = peak to peak flux density across the component in Gauss. Specification @ 25C MAGNETIC COMPONENTS We reserve the right to change specifications without prior notice. General Note MAGNETIC COMPONENTS We reserve the right to change specifications without prior notice. TT Electronics reserves the right to make changes in product specification without notice or liability. 2 All information is subject to TT Electronics' own data and is considered accurate at timePage of going1toOF print. Page 1 OF 2 www.bitechnologies.com www.bitechnologies.com www.ttelectronicsmagnetics.com (c) TT Electronics plc Rev.01 High Current Low Loss Sendust SMD Inductor Make Possible Model HM00-06883LFTR Outline Dimensions (mm) Outline Dimensions (mm) Top View Side View Bottom View PCB Pattern Outline Dimensions (mm) Top View Side View Bottom View PCB Pattern Packaging One 13" reel 300pcs One shipping carton 6 reels or 1800pcs Packaging One 13" reel 300pcs One shipping carton 6 reels or 1800pcs Packaging One 13" reel 300pcs One shipping carton 6 reels or 1800pcs General Note TT Electronics reserves the right to make changes in product specification without notice or liability. MAGNETIC COMPONENTS All information is subject to TT Electronics' own data and is considered accurate at time of going to print. We reserve the right to change specifications without prior notice. (c) TT Electronics plc Page 2 OF 2 www.ttelectronicsmagnetics.com www.bitechnologies.com Rev.01