Common Mode Choke

744842816 Nickel-Zinc Ferrite Common Mode Power Line Choke Through-hole Characteristics Core material: Nickel-Zinc Ferrite High suppression rates of asymmetrical interferences at high and middle frequencies High interference stability against RF interference and burst signals Compact design Noise suppression up to 300 MHz Operating temperature: –40 ºC to +125 ºC Applications Power electronics Power line in- and output filter Optimized for burst signals Electrical Properties:

High-performance common mode choke for higher power density CMCN1R0-36V FEATURES >High performance CMC using nanocrystalline core >Optimized size for high power density vs. good attenuation >Wide operating temperature range -40 to +140°C >UL94V and RoHS materials >AEC-Q200 qualified >Weight : approx 30grams OPERATION >Up to 36A (RMS or DC) per winding >Total losses < 4W @100°C/2x36Adc >Estimated temperature rise on PCB < 45°C (cooling needed) ELECTRICAL SPECIFICA

High-performance common mode chokes for superior power density CMCN4R3-16H3 FEATURES >3-phase + neutral CMC using nanocrystalline core >Optimized size for higher power density >Wide operating temperature range -40 to +140°C >UL94V and RoHS materials >AEC-Q200 qualified >Weight : approx 120grams OPERATION >Up to 3x16Arms+48Arms (or 2x48Arms single-phase) >Total losses < 12W @100°C/3x16Arms+48Arms >Cooling of the windings is required in the application ELECTRICAL SPEC

10mH Through-hole Common Mode Choke for Automotive EV CMCN10R-16V FEATURES >High performance CMC using nanocrystalline core >Optimized size for high power density vs. good attenuation >Wide operating temperature range -40 to +140°C >UL94V and RoHS materials >AEC-Q200 qualified >Weight : approx 30grams OPERATION >Up to 16A (RMS or DC) per winding >Total losses < 3.5W @100°C/2x16Arms >Cooling of the windings can be required ELECTRICAL SPECIFICATIONS INDUCTANCE at 25ºC

High power Common Mode Choke for DC/DC converters CMCF2R0-16V FEATURES >High permeability MnZn ferrite core (Tc > 130°C) >Optimized size for high power density vs. freq. attenuation >Wide operating temperature range -40 to +125°C >UL94V and RoHS materials >AEC-Q200 qualified >Weight : approx 52grams OPERATION >Up to 16A (RMS or DC) per winding >Total losses < 5W @100°C/2x16Arms >Cooling of the windings is needed ELECTRICAL SPECIFICATIONS INDUCTANCE at 25ºC L1-4 =

High permeability MnZn ferrite Common Mode Chokes CMCF0R9-16V FEATURES >Core made of high permeability MnZn ferrite (Tc > 130°C) >Optimized size for high power density vs. freq. attenuation >Wide operating temperature range -40 to +125°C >UL94V and RoHS materials >AEC-Q200 qualified >Weight : approx 55grams OPERATION >Up to 16A (RMS or DC) per winding >Total losses < 2W @100°C/2x16Adc >Estimated temperature rise on PCB < 30°C ELECTRICAL SPECIFICATIONS INDUCTAN

4 Phase Common Mode Choke for Automotive EV/PHV AC/DC onboard battery chargers 4CMCN065R0-32H FEATURES • 4 Phase Common Mode Choke • Current: 32-64Arms • Max Voltage: 440Vpk • Component temperature range: -40ºC to +130ºC • Copper losses (@32Arms in Np1 & Np2, 64Arms in NN): 25 W • Weight : approx 200g APPLICATIONS • Automotive EV/PHV AC/DC onboard battery chargers • Automotive HV/LV DC/DC converters ELECTRICAL SPECIFICATIONS INDUCTANCE at 25ºC L1 - 2 = L3– 4 =L5– 6= L7,8 9,10

Common Mode Chokes 4CMCN065R0-16H for Automotive HV/LV DC/DC converter FEATURES • Topology: 4 Phase Common Mode Choke • UNB Current: 165mA • Max Voltage: 440 Vpk • Ambient Temperature: -40ºC to +85ºC • Component temperature range -40ºC to +130ºC • Estimated Losses (100ºC) • Copper losses (3x16A in line, 48A in neutral) 10 W • Weight: Approx. 180 gram APPLICATIONS • Automotive EV/PHV AC/DC onboard battery chargers • Automotive HV/LV DC/DC converters ELECTRICAL SPECIFICATIONS

20 uH to 796 uH Output Power Chokes Toroid Styles DMT2-20-12L / DMT2-796-1.5L Characteristics Designed for DC-DC CONVERTERS toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy output power chokes were designed for applications requiring high DC bias current Electrical Properties: Part number L min (µH) L typ (µH) Current rating (A) DCR max

20 uH to 796 uH Output Power Chokes Toroid Styles DMT2-20-12L / DMT2-796-1.5L Characteristics Designed for DC-DC CONVERTERS toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy output power chokes were designed for applications requiring high DC bias current Electrical Properties: Part number L min (µH) L typ (µH) Current rating (A) DCR max

Toroid Styles power inductors Output Power Chokes DMT2-26-11L / DMT2-47-8.2L Characteristics Designed for any application requiring a high DC current bias toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy output power chokes were designed for applications requiring high DC bias current Electrical Properties: Part number L min (µH) L typ (

20 uH to 796 uH Output Power Chokes Toroid Styles DMT2-20-12L / DMT2-796-1.5L Characteristics Designed for any application requiring a high DC current bias toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy output power chokes were designed for applications requiring high DC bias current Electrical Properties: Part number L min (µH) L typ

Toroid Styles Output Power Chokes DMT3-35-12L / DMT3-77-8L / DMT3-138-6L Characteristics Designed for any application requiring a high DC current bias toroidal power chokes offer high inductance and high current ratings. The toroidal core shape minimizes external magnetic fields, providing EMI shielding from other components. These legacy output power chokes were designed for applications requiring high DC bias current Electrical Properties: Part number L min (µH) L typ (µH)

Unshielded SMT Power Inductors for power supply DO3340H-824KLD / DO3340H-105KLD / DO3340H-684KLD Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprint Isat ratings up to 56 A; Irms ratings to 30 ASelf-lead construction for excellent solderability37 inductance values from 0.27 to 1000 µH Electrical Properties: Part number Inductance (µH) DCR (mOhms) typ DCR (mOhms) max SRF typ (MHz) Isat (A) 10% drop Isat (A) 20

Unshielded surface-mount power inductors Ferrite Core DO3340H-271NLD / DO3340H-471NLD / DO3340H-102MLD Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprint Isat ratings up to 56 A; Irms ratings to 30 ASelf-lead construction for excellent solderability37 inductance values from 0.27 to 1000 µH Electrical Properties: Part number Inductance (µH) DCR (mOhms) typ DCR (mOhms) max SRF typ (MHz) Isat (A) 10% drop Isat

High Temperature Power Inductors unshielded surface-mount power inductors DO3316T-331ML / DO3316T-681ML / DO3316T-102ML /DO3316T-152ML Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprint Low DCR and high current handling Electrical Properties: Part number L (µH) DCR max (Ohms) SRF typ (MHz) Isat (mA) Irms (mA) DO3316T-331ML_ 0.33 0.002 200 20 16 DO3316T-681ML_ 0.68 0.005 200 13 12 DO3316T-102ML_ 1.0 0.006 100

0.12 to 4.7 uH High Current Surface Mount Power Inductors DO3316H-121MLD / DO3316H-331MLD / DO3316H-681MLD Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprint Soldered self-leaded construction for excellent solderability.Very low DCR values and excellent current handling Electrical Properties: Part number L ±20 (µH) DCR max (Ohms) SRF typ (MHz) Isat (mA) Irms (mA) DO3316H-121ML_ 0.12 0.0015 200 28 17 DO3316H

Unshielded surface-mount Ferrite Core power inductors DO3340P-103MLD / DO3340P-153MLD / DO3340P-223MLD Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprints Excellent current handling – up to 3.5 Arms with an 8 A saturation current rating for a 10 µH part Electrical Properties: Part number L ±20%(µH) DCR max (Ohms) SRF typ (MHz) Isat (mA) Irms (mA) DO3340P-103ML_ 10 0.040 35 8.0 3.5 DO3340P-153ML_ 15 0.050 18

SMT Power Inductors for EL driver applications DO3316P-102ML / DO3316P-152ML / DO3316P-222 Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprints High energy storage and very low resistance High inductance values are perfect for EL driver applications. Electrical Properties: Part number L (µH) DCR max (Ohms) SRF typ (MHz) Isat (mA) Irms (mA) DO3316P-102ML_ 1.0 0.009 100 9.0 6.8 DO3316P-152ML_ 1.5 0.010 90 8.0 6

High energy storage Surface Mount Power Inductors DO3308P-472 / DO3308P-682 / DO3308P-103 Characteristics Open magnetic flux path High saturation current ratings High energy storage Industry standard footprint Handle saturating currents up to 4.2 Amps Electrical Properties: Part number L ±20 (µH) DCR max (Ohms) SRF typ (MHz) Isat (mA) Irms (mA) DO3308P-472_L_ 4.7 0.036 50 4.2 3.2 DO3308P-682_L_ 6.8 0.060 47 3.9 2.6 DO3308P-103_L_ 10 0.085 37 2.7 2.3 DO3308P-153_L_ 15 0.12 35