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M65&M71: Multi-E Choke High Energy Storage Chokes for Inverter Applications 0 0) ? s l/l c lu X m M71-1,g-20 M71-1,5-14,7 --M71^2.5-11 M71-2.6-12 0 25 50 75 100 125 Temprature (°C) 104

M80: Multi-E Choke High Energy Storage Chokes for Inverter Applications M80 HIGH ENERGY STORAGE CHOKE i o Introduction <u PREMO GROUP introduces a new high energy storage chokes standard sries for inverter applications. It is developed both for DC and AC inverter chokes. Its high inductance Q values (up to 5mH) make them perfect for high eficiency solar inverter aplication. It <*> handles powers up to 10kW. ^8 ai M80 sries is based on a combination of high performance multi-E sendust alloy (Kool lu Mu) cores and rectangularcopperwire.This kind of combination allows usto offerthe -g^ highest...

0 X u E 2 M80: Multi-E Choke High Energy Storage Chokes for Inverter Applications PERFORMANCE CHARACTERISTICS Inductance vs Temprature The non-magnetic material separating small partie les, results in a distributed gap in powder cores. The inductance shift with changing temprature in the M80 s驩ries is relatively small. This is largely due to the distributed gap, as well as to the stability of the alloys used. Even though the magnetic alloys usedin the powder cores showgreater changes in permeability with temprature, the effective permeability ofthe material is dramatcally stabilized by the...

M80: Multi-E Choke High Energy Storage Chokes for Inverter Applications PERFORMANCE CHARACTERISTICS Thermal Shock Compare! with other technologies M80 sries is r驩sistant to thermal shock. The sendust alloy routinely passes the most stringent military and aerospace thermal shock testing of electronic components. Temprature Ratings M80 sries is normally rated for continuous op驩ration up to 200°C, a maximum temprature that is quite adquate for nearly ail power electronics applications. The factor that limits the M80 s驩ries to 200°C is the square wire, (which thermal class is 200°C). In fct,...

PREMO NEW POTCORE SERIES 2 2 Introduction U ju PREMO GROUP introduces a new high energy | chokes standard sries. Its high efficiency and 1/1 01 c lu * z compact format make them perfect for inverter applications. POT CORE sries is based on a combination of high performance pot cores and rectangular copper wire, thewound coil is completely encTosed bythe iron powder core, improving EMC performance. PO s驩rie is available in a wide range of dimensions including the possibility to assembly in one ortwo cells, allowing to use one inductance per line. The main applications are: - High efficiency...

PREMQ POT CORE SERIES 113

NEW AIC SERIES High Energy Storage Chokes for Inverter Applications 1 2 Features u Sa Sries main characteristics are: Jj - High efficiency (>99%) due to very low losses design. - Verygood inductance stability vs. temp鋩rature. v c lu - Wide inductance range (values of inductance up to 6mH). - High storage currents (up to 150 A). - High current density. - Only one component for 3 phase: Triphasic topology. - Lower size in comparison with other chokes. - Operating frequency up to 25kHz. - Wide operating temprature range. Applications - Input and output chokes for renewable inverter...

AIC SERIES High Energy Storage Chokes for Inverter Applications J Core Losses (W) Vs. Frequency (kHz) u i AJC-IP-HKM 2 _■ AIC-2P-300-23 AIC-2P-1SO-23 ! AIC-2P-J0C-12 0) c lu 4 B 12 16 20 24 2fl 32 Three-phase graphies Losses (W) Vs. Temprature (°C) AlCJPlHi 75 '""O0-r^--, AlC-P-l-SO-鎎O "a.ic-3P-o?s-«>_ - ---AI-r-.IP-075-M ■ -30 -VS 0 IS 30 -15 60 W 90 1HS 13G Tempשrature fC) Core Losses (W) Vs. Frequency (kHz) AKT-3P-074-7? AIC-3P-01-Ώ. 100 AIC-3P-U7S

PREMO PL SERIES Linear chokes -g Typical curves: Inductance vs Load Current j: U L. 3 E □ ! 80 100 110 140 160 120

_PREMO COMMON MODE CHOKES SERIES INTRODUCTION J G ELECTROMAGNETIC COMPATIBILITE (EMC) ^ ■c o The electromagnetic compatibility is the ability of an electronic device to function % satisfactorily in its electromagnetic environment (Inmunity or Susceptibility) without c disturbing other equipments (Emission). | An interfrence source gn驩rtes two kind of electromagnetic interfrences: conducted ⩣ mission, electrical noise through the lines, or radiated mission, g驩nration of fi electromagnetic fields. At high frequencies, characterized by the fact that the equipment dimensions are in the order...

_PREMQ COMMON MODE CHOKES SERIES 0 COMMON MODE CHOKES The closed core topology and the windings distribution make thse components especially suitable for the common mode noise suppression. The continuos path of the toroids maximizes the magnetic coupling between windings thereby minimizing the leakage inductance. Also, two windings are connected in such a way that the magnetic flux induced by the operating current flowing in one winding is opposite to the flux induced by the current flowing through the another one, that is to say, both fluxes cancel each other. Therefore, the problem of...

PREMQ HC SERIES Common mode chokes with Nanocrystalline cores Curves: Impdance vs. Frequency 1 G V1-SERIES 0) ■Q O 5 C 0 E E 5 HC6R5-04V1 100 1000 10000 Frequency (kHz) V2-SERIES Frequency (kHz) Note: Impdance measurements have been obtained with both windings in parallel and at ambient temp驩rature. 125

RE MO HC SERIES Common mode chokes with Nanocrystalline cores 1 0 X u "8 V3-SERIES c E E o U HC6RD-15V3 S HC6R0-3DV3 z Frequency (kHz) Note: Impdance measurements have been obtained with both wndings in parallel and at ambient temp鮩rature. 126

RE MO HC SERIES Common mode chokes with Nanocrystalline cores I H2.SERIE5 u « 0 5 c 0 E E 5 Frequentj-fkHi I l.i-LRIL^ Frquence (khk Note: Imp響dance measuremencs have been obtained with both wndings in parallel and at ambient temprature. 127

1 .c U « "8 c E E o U _PREMQ SC SERIES Common mode chokes with Ferrite cores - SMD format Features -Nominal current in each winding (I): from 0,4A to 2,5A. -Nominal inductance (L): from 5uH to 4,7mH. -Rated voltage: 42Vac. -Storage temprature: from -40°C to 120°C -Plastic case: UL94V-0. -Packaging: tape & rel - 600 u. x r驩el -Suitable for CAN Bus. Electrical spcifications Code SC-050-X Iac (A] 1,2 L(HH} at 10kHz +50% / -30% 2x5 Ueak (nH) at 100kHz typical 50 Rdc (mQ) typical 70 Visol (Vac) 180 SC-060-X 2,5 2x6 50 20 180 SC-060-H 2,5 2x6 400 20 180 SC-110-X 0,8 2x11 50 120 180 SC-250-H 0,8...