1568results about "Fixed signal inductances" patented technology

A device comprising a die substrate; a plurality of interconnects located over the die substrate, wherein the plurality of interconnects comprise a first plurality of interconnects comprising a first plurality of via interconnects, wherein the first plurality of interconnects are configured as a first inductor; and a second plurality of interconnects comprising a second plurality of via interconnects, wherein the second plurality of interconnects are configured as a second inductor; wherein the first inductor and the second inductor are intertwined, at least one magnetic layer that surrounds at least part of the first plurality of via interconnects and at least part of the second plurality of via interconnects; and at least one dielectric layer located over the die substrate.

A multilayer filter includes: an element body formed by laminating a plurality of insulator layers; a first inductor and a second inductor; and a wall portion disposed between the first inductor and the second inductor and grounded, wherein at least the second inductor is a vertical winding type inductor of which a winding axis extends in a direction orthogonal to a laminating direction in which the plurality of insulator layers are laminated, a penetrating portion penetrating in a facing direction in which the first inductor and the second inductor face each other is formed in the wall portion, and a size of the penetrating portion in the laminating direction is larger than a size of one insulator layer.

A filter device includes a body, a ground terminal, and resonators in the body and coupled to each other by electromagnetic field coupling. The resonators include a first resonator coupled to an input terminal, a second resonator coupled to an output terminal, and third and fourth resonators. The second resonator is adjacent to the first resonator in a first direction. The third resonator is adjacent to the first resonator in a second direction perpendicular to the first direction. The fourth resonator is adjacent to the third resonator in the first direction. The third and fourth resonators partially share a path to the ground terminal.

An electronic component is provided that includes a substrate, an insulator layer expanding over a surface of the substrate, a planar conductor on the substrate or in the insulator layer and expanding in a plane parallel to the surface of the substrate, and an inductor conductor pattern on the insulator layer or in the insulator layer. When viewed in a direction perpendicular to the surface of the substrate, a length in a longitudinal direction of a region in which a region with the inductor conductor pattern overlapping the planar conductor is represented by Ls, and a distance between the inductor conductor pattern and the planar conductor is represented by d, such that Ls / d is 1 or more and 60 or less.

The invention discloses an AI common mode inductance coil broken line material planting machine which comprises a first conveying line. A first material stripping module is arranged below the discharging end of the first conveying line. The m ejected inductance coils are grabbed by the first coil taking and placing manipulator and are transferred into the m bending jig grooves; the bending jig disc on the first transfer table is pushed to the feeding end of the second conveying line through a first jig disc push rod assembly; a T-core feeding device is arranged on the T-core feeding device; two pin bending machines; a second material stripping module is arranged below the second transfer table; and the discharging manipulator comprises an overturning manipulator and a rotating manipulator, the overturning manipulator is used for grabbing the m finished product materials and overturning the m finished product materials by 180 degrees, and the rotating manipulator is used for grabbing the m finished product materials overturned by 180 degrees, rotating the m finished product materials by 90 degrees and then discharging the m finished product materials to the material disc. According to the automatic feeding device, T-core magnetic core feeding, pin bending, finished product material overturning and material placing are integrated, and the inductance coil machining efficiency is improved.

A saturable-core inductor includes a magnetic core structure having a non-saturable part and a saturable part. The non-saturable core part includes at least one core body arranged to form a closed magnetic circuit with at least one air gap. The saturable core part includes a core bridge element inserted into each of the at least one air gap to form a magnetic bridge across the air gap for the closed magnetic circuit. Each bridge element and the core bodies are configured to be unsaturated at predetermined low current levels to provide a low-current high inductance. Each bridge element is configured to saturate fully first with increasing current levels and to quickly drop the inductance from the low-current high inductance to a low inductance, while the air gap is configured to prevent the core bodies from a full saturation.

A band-pass filter includes a first port, a second port, first to third high-pass filters provided between the first port and the second port in this order from a first-port side in a circuit configuration, and a low-pass filter provided between the second high-pass filter and the third high-pass filter in the circuit configuration. Each of the first to third high-pass filters forms an attenuation pole on a low-pass side of the passband. A frequency of the attenuation pole formed by the second high-pass filter is higher than a frequency of the attenuation pole formed by each of the first and third high-pass filters.

The invention discloses a multi-pad chip magnetic element and vertical integrated power supply module, which comprises a first magnetic element inductance part, a first electrical connection pad, a second electrical connection pad and a heat conduction pad, the first electrical connection bonding pad, the second electrical connection bonding pad and the heat conduction bonding pad are all directly pressed on the first magnetic piece inductor part through the pressing technology. The chip magnetic detection module has the advantages of being high in expansibility, excellent in heat dissipation performance and high in power density.

The invention relates to the technical field of inductance components, in particular to a coil electrode layer and a laminated inductance component. The coil electrode layer includes an insulating substrate having a first surface; the inner ring electrode is arranged on the first surface and is coiled along the rectangle; the outer-ring electrode is arranged on the first surface and is coiled along the rectangle, one end of the outer-ring electrode is connected with one end of the inner-ring electrode and is arranged around the inner-ring electrode, a distance W0 is formed between the outer-ring electrode and the inner-ring electrode in the first direction, and the first direction is parallel to the first edge of the outer-ring electrode; the inner ring electrode is provided with a first electric connection end far away from the outer ring electrode, and the outer ring electrode is provided with a second electric connection end far away from the inner ring electrode; the width of the inner ring electrode and the width of the outer ring electrode are both WC, the distance between the first electric connecting end and the second electric connecting end in the first direction is W1, and W1 is larger than or equal to WC + 2W0. Therefore, the load reliability of the product can be improved, the short circuit phenomenon after the product is loaded is prevented, and the inductance value can be increased.

A core substrate is a core substrate with a built-in inductor for constructing an interposer to which a semiconductor element is mounted. The core substrate includes a ceramic substrate, a conductor portion, and a magnetic material portion. The ceramic substrate has a first surface, a second surface opposite the first surface in a thickness direction, and a through hole between the first surface and the second surface. The conductor portion extends through the through hole, and is made of a sintered material including sintered metal. The magnetic material portion surrounds the conductor portion within the through hole, and is made of ceramics. The ceramic substrate and the magnetic material portion are inorganically bonded together, and the magnetic material portion and the conductor portion are inorganically bonded together.

The present invention relates to the technical field related to the production of hollow coils, and discloses a hollow coil processing device and its processing technology. In order to solve the problem that the discharged hollow coil after processing is prone to deformation, an outer cylinder block and an adjustment cylinder block form a cylinder shape for coil winding. When the hollow coil is wound and needs to be discharged, the adjustment cylinder block is retracted into the outer cylinder block, and the two outer cylinder blocks are relatively close to each other, resulting in a relatively smaller diameter of the cylinder formed by the outer cylinder block and the adjustment cylinder block, so that the formed hollow coil does not closely adhere to the outer cylinder block and the adjustment cylinder block, and finally realizes the effect that the cylinder diameter is controllable for easy discharging.

A vibration reduction unit and a transformer including the same are disclosed. The vibration reduction unit according to one aspect of the present invention includes a sound absorbing member that is accommodated in a filling space formed in a housing and configured to absorb vibrations or noise generated inside the housing, and a cover member that is coupled to the housing, the filling space being formed between a plurality of reinforcing ribs that are provided in the housing and extend in one direction, and the cover member may be coupled to cover the reinforcing ribs, the filling space, and the sound absorbing member accommodated in the filling space from the outside.

A filter device includes a dielectric substrate, first and second ground electrodes connected to a ground terminal, and resonators between the ground electrodes and electromagnetically coupled to each other. The ground electrodes are at different positions in a normal direction of the dielectric substrate. Each of the resonators includes a first capacitor electrode partially overlapping with the first ground electrode in plan view of the dielectric substrate, a second capacitor electrode partially overlapping with the second ground electrode in plan view of the dielectric substrate, and a via connecting the capacitor electrodes. The resonators include a first resonator connected to an input terminal, a second resonator connected to an output terminal, and a third resonator between the first and second resonators. Shunt electrodes are connected to the via and the ground terminal in the first and second resonators, respectively.

The invention discloses a TSV-based tunable inductor structure and a tuning method thereof, the tunable inductor structure comprises a primary side inductor and an auxiliary inductor, the primary side inductor is nested in the auxiliary inductor to form a nested tunable inductor structure; wherein the auxiliary inductor is connected with the modulation source, and the primary inductor is connected with an actual application circuit, so that a voltage difference between a voltage V1 between two ports of the primary inductor and a voltage V2 between two ports of the auxiliary inductor is regulated and controlled through the modulation source, and the primary inductor and the auxiliary inductor are mutually coupled under the action of the voltage V1 and the voltage V2; and the inductance tuning of the primary side inductor is realized. According to the TSV tunable inductor, the TSV tunable inductor structure which is small in tuning range, large in area and high-frequency performance degradation of a traditional tunable inductor is converted into a TSV tunable inductor structure which is based on the magnetic coupling technology, is small in area and wide in tuning range and can be continuously tuned.

A substrate integrated with passive devices and a manufacturing method thereof are provided. The manufacturing method of the substrate integrated with passive devices includes: providing a transparent dielectric layer with first connection vias therein, wherein the transparent dielectric layer includes a first surface and a second surface, which are opposite to each other along a thickness direction of the transparent dielectric layer; integrating the passive devices onto the transparent dielectric layer, wherein the passive devices include at least an inductor, the integrating the passive devices onto the transparent dielectric layer includes: forming first sub-structures on the first surface of the transparent dielectric layer, forming second sub-structures on the second surface, and forming first connection electrodes in the first connection vias, respectively; wherein the first sub-structures, the first connection electrodes and the second sub-structures are connected together to form a coil structure of the inductor.

Various magnetic thin film inductor structures are disclosed that include one or more magnetic thin film (MTF) materials. During operation, an electric field passes through one or more conductive windings which, in turn, generates a magnetic field for storing energy within these magnetic thin film inductor structures. The magnetic thin film (MTF) materials within these magnetic thin film inductor structures effectively attract magnetic flux lines of this magnetic field. As a result, any magnetic leakage resulting from the magnetic field generated by these magnetic thin film inductor structures onto nearby electrical, mechanical, and / or electro-mechanical devices is lessened when compared to magnetic leakage resulting from the magnetic field generated by other inductor structures not having the one or more MTF materials.

A filter module includes a circuit board on or in which a ground electrode is provided, and a low pass filter on the circuit board. The low pass filter includes first and second inductors, and a capacitor. The first and second inductors are cumulatively connected to each other. Relationships of Lp+Lg−M≥0 and Lp−M<0 are satisfied, where Lp denotes an inductance of a path between a connection portion between the first and second inductors and a ground terminal, Lg denotes an inductance of a path between the ground terminal and the ground electrode, and M denotes a mutual inductance between the first and second inductors.

A resin film (100) comprising a core layer (2) and adhesive resin layers (1) which are respectively provided to both sides of the core layer (2), wherein: the adhesive resin layers (1) each comprise an adhesive resin composition that contains an epoxy resin; the dielectric breakdown strength of a cured product of the adhesive resin composition is not less than 300 kV / mm; the core layer (2) comprises a polyimide film; and the dielectric breakdown strength of the polyimide film is not less than 300 kV / mm.

Provided in the embodiments of the present disclosure are a base layer, an inner electrode layer, a lower lead layer, a substrate and an inductor. The base layer comprises an insulating layer and an electrode, wherein the electrode is arranged on the insulating layer; and the electrode comprises a coil, a first connecting disk and an extension portion, the coil having a first end, the first connecting disk being arranged at the first end, the extension portion being arranged on the first connecting disk, and the extension portion extending in a direction away from the first end from the side of the first connecting disk facing away from the first end.

The invention discloses a direct current reactor and a frequency converter. The direct-current reactor comprises a first iron yoke, a second iron yoke, a magnetic core, a first winding and a second winding, wherein the first iron yoke and the second iron yoke are oppositely arranged; the magnetic core is arranged between the first iron yoke and the second iron yoke and comprises a first side plate, a second side plate and a middle plate, the first side plate and the second side plate are arranged on the two sides of the middle plate respectively, the first side plate, the second side plate and the middle plate are arranged at intervals, at least one end of the first side plate is connected with the first iron yoke or the second iron yoke, and at least one end of the second side plate is connected with the second iron yoke. At least one end of the second side plate is connected with the first yoke or the second yoke, one end of the middle plate is connected with the first yoke, the other end of the middle plate is connected with the second yoke, the width of the first side plate is equal to that of the second side plate, and the width of the middle plate is smaller than that of the first side plate; the first winding is wound on the first side plate; the second winding is wound on the second side plate, and the winding directions of the first winding and the second winding are the same. According to the technical scheme, the structural size can be effectively reduced, and the assembling convenience is improved.

Disclosed herein is a coil component that includes a drum core; a terminal fitting fixed respectively to the flange part of the drum core; and a wire wound around the winding core part of the drum core. The terminal fitting has a wire connecting part to which the wire is connected and a mounting part having springiness with respect to the drum core. The distance between the flange part and the mounting part is larger than the distance between the flange part and the wire connecting part.

The invention provides a laminated inductor capable of improving an inductance value and a Q value. The laminated inductor includes: a body having a first end surface and a second end surface facing each other in a first direction; a first external electrode provided on the first end surface; a second external electrode provided on the second end surface; an inner conductor provided inside the body and wound in a coil axis direction orthogonal to the first direction; a first lead-out conductor which is provided inside the green body and connects the internal conductor and the first external electrode; and a second lead-out conductor provided inside the body and connecting the inner conductor and the second external electrode, the second lead-out conductor being electrically connected to the second external electrode when viewed from the coil axis direction. A straight line extending in the first direction as a first boundary portion of the boundary between the first lead-out conductor and the inner conductor does not overlap with a second boundary portion of the boundary between the second lead-out conductor and the inner conductor. The second lead-out conductor has a curved shape protruding in a direction away from a straight line formed by extending the first boundary portion in the first direction.

A filter circuit includes a pair of balanced input ports, a pair of balanced output ports, first and second resonators provided in parallel between the pair of balanced input ports and the pair of balanced output ports in a circuit configuration, a first capacitor connected in parallel to the first resonator, and a second capacitor connected in parallel to the second resonator. The first and second resonators are magnetically coupled to each other and electrically connected to each other. The first and second capacitors are not electrically connected to ground.

The invention relates to the related technical field of hollow coil production, discloses a hollow coil processing device and a processing technology thereof, and aims to solve the problem that a processed hollow coil is easy to deform during unloading, an outer cylinder block and an adjusting cylinder block form a cylinder shape for coil winding, and when the hollow coil is wound and needs to be unloaded, the outer cylinder block and the adjusting cylinder block form a cylinder shape for coil winding. The adjusting cylinder blocks are retracted into the outer cylinder blocks, and the two outer cylinder blocks are relatively close to each other, so that the diameter of a cylinder formed by the outer cylinder blocks and the adjusting cylinder blocks is relatively reduced, the formed hollow coil cannot be tightly attached to the outer cylinder blocks and the adjusting cylinder blocks, and finally the effect that the diameter of the cylinder is controllable so as to facilitate discharging is achieved.

To provide a coil component in which disconnection of a wire near a metal terminal can be suppressed.SOLUTION: A coil component 10 includes a drum core 10C, a first metal terminal 40, and a first wire 81. The drum core 10 includes: a columnar winding core 11; a first flange 21 provided at a first end in a direction along a central axis X of the winding core 11; and a second flange 31 provided at a second end opposite to the first end of the winding core 11. The first metal terminal 40 is provided on the first flange 21. The first metal terminal 40 has a first joining part 45 facing an upper surface of the first flange 21. The first joining part 45 has a first inclined portion 45B having an upper surface inclined in the downward direction toward the winding core 11 in a direction along a left-right axis Z. A first end 81A of the first wire 81 is joined to an upper surface of the first joining part 45. In addition, the first wire 81 overlaps the first inclined portion 45B when viewed downward.SELECTED DRAWING: Figure 2

A filter apparatus includes first to third resonators magnetically coupled and located in a signal transmission path from an input terminal to an output terminal. Each of the resonators includes a capacitor electrode and an inductor path. The capacitor and a ground electrode define a capacitor. The inductor path connects the capacitor and ground electrodes. The inductor path in the second resonator includes first and second lines electrically connected in parallel, between the capacitor electrode of the second resonator and the ground electrode. A first interconnection pattern connects the inductor path in the first resonator and the first line. A third interconnection pattern connects the inductor path in the third resonator and the second line. A second interconnection pattern connects the first and second lines at a position different from a position of connection of the first interconnection pattern in the first line.

An electronic component includes a body, an inner conductor inside the body, and an outer electrode that lies on part of at least a first main surface of the body and includes an underlying electrode and a plating electrode with which the underlying electrode is covered. The underlying electrode includes a first underlying electrode on part of the first main surface and connected directly to the inner conductor and a second underlying electrode at part of the first main surface away from the first underlying electrode and closer than the first underlying electrode to the center of the body in the length direction and not connected directly to the inner conductor. The plating electrode includes first and second plating electrodes. The first underlying electrode is covered with the first plating electrode, and the second underlying electrode is covered with the second plating electrode.

The invention provides a magnetic resin composition, a magnetic film and application thereof. The magnetic resin composition comprises (A) a magnetic filler, (B) epoxy resin, (C) a curing agent and (D) a flexibilizer, the magnetic filler (A) comprises carbonyl iron powder (A1), FeSiCr alloy (A2) and iron-based nanocrystals (A3); based on the total mass of the magnetic resin composition as 100%, the content of the (A) magnetic filler is 85% or more; based on 100% of the total mass of the magnetic filler (A), the content of the carbonyl iron powder (A1) is 55%-65%, the content of the FeSiCr alloy (A2) is 15%-25%, and the content of the iron-based nanocrystalline (A3) is 15%-25%. According to the magnetic resin composition and the preparation method thereof, specific types of magnetic fillers are introduced and compounded according to a specific content, so that the magnetic resin composition has relatively high magnetic conductivity and relatively low magnetic loss after being cured, and meanwhile, the binding force with a copper layer is relatively high.

A coil component includes an element body, a first terminal electrode, a second terminal electrode, a first conductor disposed at a position closer to a principal surface in the element body and electrically connected to the first terminal electrode and the second terminal electrode, and a second conductor disposed at a position closer to a principal surface in the element body and electrically connected to the first terminal electrode and the second terminal electrode. The element body is formed of a material having light permeability, and an identification portion formed of a material different from a material of the first conductor is provided on a first surface facing the principal surface in the first conductor.

To provide a coil device having a simple configuration and high heat dissipation.SOLUTION: A coil device 1 includes a bobbin 2, a first winding part disposed on an outer peripheral surface of the bobbin 2, a second winding part 40 disposed directly or indirectly on an outer peripheral surface of the first winding part, a first core 5a and a second core 6a attached to the bobbin 2, a case 8 that houses at least the bobbin 2, and a synthetic resin filled in the case 8. The first core side 5a has a first base portion 50 and a pair of first outer leg portions 51 that protrude from the first base portion 50 and face each other in a first direction perpendicular to the axial direction of the bobbin 2. The second core side 6a has a second base portion 60 and a pair of second outer leg portions 61 that protrude from the second base portion 60 and face each other in the first direction. The first outer leg portion 51 is separated from the second outer leg portion 61 such that a gap 12 is formed between the first outer leg portion 51 and the second outer leg portion 61 in a second direction perpendicular to the axial direction of the bobbin 2 and the first direction.SELECTED DRAWING: Figure 1