FERRITE CORE WITH GAP Search Results

Contextual Info: power inductor core,choke coil core,EMI filter core,EP cores,EP7 core,EP10 core,EP13 core, China Professional Ferrite Core Supplier print version EP CORES Description of EP Cores The EP core, widely used in power inductor core, choke coil core, EMI filter core, etc., design combines the selfshielding feature of a pot core with the coil lead accessibility of “E” cores in a small package. The core wraps

N30 transformer core

Abstract: ferrite core geometry ferrite core transformer design FERRITES T44 n30 transformer ferrite N30 hysteresis magnetic loops N26 core transformer material n26
Contextual Info: Jürgen Hess New ferrite materials and core shapes for broadband transformer design Broadband transformers, in contrast with power transformers, operate with very narrow dynamic ranges. They generally handle sinusoidal signals with a broad energy distribution

60938-2

Abstract: MAX233 coil former R2102 B82614 B82614-R2102-A30 B82614-R2172-A30 B82614-R2801-A30 chokes for power lines marking mh
Contextual Info: Chokes for Power Lines B82614 Sine-Wave Chokes Rated voltage 250 Vac Rated current 0,8 to 2,7 A Rated inductance 0,5 to 3,0 mH Construction • ■ ■ ■ Choke consisting of rectangular ferrite core with air gap Closed polycarbonate coil former with 4 sections

LQE160910S

Abstract: 500 mh inductANCE COIL ferrite core choke coil LQE160908S LQE181110S LQE191006U
Contextual Info: AMORPHOUS CHOKE COILS ?MAJOR USES @Car audio for Alternator noise prevension ?FEATURES @Miniaturization in comparison with ferrite choke coil and dust choke coil @Miniaturization and reduction of DC resistance @Low leakage flux due to gap-less structure ?CORE STANDARD SPECIFICATIONS

LCEM001471SW-V00

Abstract: LQE110705S LQE160908S LQE160910S LQE181110S LQE191006U
Contextual Info: AMORPHOUS CHOKE COILS ?MAJOR USES @Car audio for Alternator noise prevension ?FEATURES @Miniaturization in comparison with ferrite choke coil and dust choke coil @Miniaturization and reduction of DC resistance @Low leakage flux due to gap-less structure ?CORE STANDARD SPECIFICATIONS

Contextual Info: EPCOS EMI Suppression Chokes Sine-wave chokes storage chokes for power lines Rectangular ferrite core with air gap Coil former UL 94 V-0 Rated inductance Rated voltage Rated current IEC climatic category 0,5 . 3,0 mH 250 Vac 0,8 . 2,7 A 40/125/56 1 3

Low-Temp Co-Fired Magnetic Tape Yields High Benefits

Abstract: slama design of 20 khz step up ferrite transformer LTCC ferrite design of 250 khz step up ferrite transformer Midcom ferrite core selection "Magnetic tape" capacitor huang MAX845
Contextual Info: Low-Temp Co-Fired Magnetic Tape Yields High Benefits By George Slama, Midcom Inc., Watertown, SD Low-temperature co-fired ceramic LTCC ferrite, combined with screen printable silver conductor and low permeability dielectric produce small, low power, low profile transformers with no wire or discrete core.

Contextual Info: T-0836S SMT 8.5mm-width type Separate excitation IC drive feasibility Features • Compact high-output transformer with a small width and height (4.3mm high*) enabled by a low-loss ferrite and new-shaped core. Suitable for slim and flat inverter designs.

Contextual Info: T-1033AS SMT 10mm-width type Separate excitation IC drive feasibility Features • Compact high-output transformer with a small width and height (4.5mm high*) enabled by a low-loss ferrite and new-shaped core. Suitable for slim and flat inverter designs.

EF25 transformer

Abstract: etd39 core type smps full bridge transformer design Nyleze AN-16 topswitch EF20 TRANSFORMER epoxylite 203 TDK EF25 EPOXYLITE 814 EE19 TDK Ferrite Core PC40 EFD20 TDK Ferrite Core PC40
Contextual Info: TOPSwitch Flyback Transformer Construction Guide ® Application Note AN-18 Introduction Ferrite Core Manufacturer’s Catalogs This application note is a design and construction guide for margin wound or triple insulated wire wound flyback transformers suitable for use with TOPSwitch. Margin wound

t1136

Contextual Info: T-1136 SMT 11.5mm-width type Features • Compact high-output transformer with a small width and height 4.3mm high enabled by an original low-loss “6H40” ferrite and new-shaped core. Suitable for slim and flat inverter designs. • Reflow soldering feasibility.

Contextual Info: T-1033A SMT 10mm-width type Separate excitation IC drive feasibility Features • Compact high-output transformer with a small width and height (4.5mm high) enabled by a low-loss ferrite and new-shaped core. Suitable for slim and flat inverter designs. • Reflow soldering feasibility.

Contextual Info: T-0836 SMT 8.5mm-width type Separate excitation IC drive feasibility Features • Compact high-output transformer with a small width and height (4.3mm high) enabled by a low-loss ferrite and new-shaped core. Suitable for slim and flat inverter designs. • Reflow soldering feasibility.

Contextual Info: Multi-Purpose Transformers with optional Electrostatic Sheilding Gapped Ferrite Core Design provides High Flux Density T -2 0 2 X X S e rie s A 0.650’ W ide D IP 0.500" L e a d S pa cin g S e e pg. 27. fig. 2 Isolation 700VRMS minimum 300V Peak Pulse Voltage

Contextual Info: T-1229 SMT 12mm-width type A 24% reduction in the mounting surface area 12 x 29mm Features • A low-loss ferrite and new-shape core realize a super compact inverter transformer (12mm wide, 5mm high) suitable for narrow and flat inverter units. • Easy surface mounting and compatible with reflow soldering.

1827

Contextual Info: T-1827 SMT 18mm-width Type Features • A low-loss ferrite and a new-shape core give birth to a super compact and high-performance inverter transformer boasting an excellent withstand voltage and output power. • Compatible with high open voltage [2,600V o-p max.] and high output power [15W max.]

Contextual Info: T-1029 SMT 10mm-width type Features A 30% cut in the mounting surface area 10x29mm • A low-loss ferrite and a new-shape core give birth to a super compact inverter transformer (10mm wide, 5mm high) suitable for narrow and flat inverter units. • Easy surface mounting and compatible with reflow soldering.

Contextual Info: T-1731 SMT 17mm-width Type Features • A low-loss ferrite and a new-shape core give birth to a slim and high-performance inverter transformer boasting an excellent withstand voltage and output power. • Corresponds with large LCD backlighting of more than 15 inches One transformer enable three cold-cathode tube lighting

Contextual Info: T-1033S SMT 10mm-width type Features • Compact high-output transformer with a small width and height 5.0mm high* enabled by a low-loss ferrite and new-shaped core. Suitable for slim and flat inverter designs. *Actual height on circuit board is 4.5mm and actual width is 10.0mm due to a pit in

SOFT FERRITE POWDER

Abstract: micrometals ferrite core with gap tdk core 4963 INDUCTOR TDK Ferrite FERRITE core
Contextual Info: Ferrite and Powder Core Materials for Power Inductors Leonard Crane Coilcraft Understanding the Effect of Core Materials Power inductors come in all shapes and sizes and are made from a variety of core materials. For example, the Coilcraft SLC series uses a gapped ferrite core, whereas

E20 ferrite core

Abstract: eddy current measurements ferrite composite eddy current E20 CORE size ferrite core transformer siemens matsua "Remanent flux density" N87 high power FERRITE TRANSFORMER n87 ferrite core flyback
Contextual Info: Ferrite film innovates transformer design An end to leakage The author, JÜRGEN HESS, Dipl.-Phys., is responsible for development of inductive ferrite components at Siemens Matsushita Components in Munich. Large air gaps in the ferrite cores of power transformers and

FC-S4

Abstract: FC-601 Design Manual hanna curve TWC-500 MPP-400 transistor CG 391 TID-100 TWC-S5 TID-100-Power supermendur
Contextual Info: Division of Spang & Company Technical Bulletin Step-gap “E” core swing chokes Improved regulation and higher efficiency are possible when operating at minimum current levels Magnetics Division, Spang & Company Butler, Pennsylvania BULLETIN FC-S4 hen designing the output inductor of a typical switching power

ups transformer winding formula

Abstract: EPCOS 800 376 ferrite core ups schematic ups with ferrite core transformer efd-15 transformer ETD cores FERRITE TRANSFORMER rm14 20efd ETD49 EELP43
Contextual Info: Application Notes Filter Applications Application notes 1 Cores for filter applications 1.1 Gapped cores for filter/resonant circuits Basic requirements: L C • low tan δ ■ close tolerance for A L value ■ close tolerance for temperature coefficient ■ low disaccommodation factor DF

ARALDITE 103 hy 956

Abstract: ARALDITE D HY 956 ARALDITE D AY 103 ARALDITE standard epoxy adhesive ARALDITE ay 105 ARALDITE HY 956 araldite ciba ARALDITE D hy 956 ARALDITE 103
Contextual Info: Processing Notes 1 Gapped and ungapped ferrite cores Even with the best grinding methods known today, a certain degree of roughness on ground surfaces cannot be avoided, so that the usual term “without air gap” or “ungapped” does not imply no air gap at all. The A L values quoted allow for a certain amount of roughness of the ground faces.