44results about How to "Increase wire diameter" patented technology

An anode body for a capacitor and method for producing the same, which method includes compressing a powder mixture containing a tungsten powder and a high-oxygen-affinity metal powder into a compact with a wire rod planted therein, and firing the compact into a sintered compact. The high-oxygen-affinity metal has an oxygen affinity higher than that of tungsten. The content of the high-oxygen-affinity metal powder in the powder mixture is regulated so that the content of the high-oxygen-affinity metal in the sintered compact is 0.1 to 3% by mass based on the mass of the tungsten in the sintered compact. The wire rod includes tantalum or niobium. Also disclosed is an electrolytic capacitor including the anode body.

A ferrite core includes an end face portion, a pair of outer legs protruding from the end face portion, and a center leg protruding from the end face portion between the pair of outer legs. A width W1 close to one end portion of the center leg in a Y-axis direction perpendicular to a facing direction of the outer legs is smaller than a width W2 close to the other end portion. According to this configuration, a circuit component may be positioned close to the end portion. A transformer includes the ferrite core.

A method and apparatus for bonding a wire and a wire bond device formed by the same are disclosed. The method includes providing a carrier with at least a first pad, providing a semiconductor chip having at least the second pad, the at least second pad being smaller than the first a pad, forming a conductive stud bump on the second pad, and forming a bonding wire that has two terminal portions, which are respectively bonded to the first pad and the stud bump to electrically connect the first pad and the second pad. The stud bump is bonded to the second pad by a ball bonding method which uses a wire that has an approximately smaller diameter than the bonding wire. Further, a prominence formed on one end of the terminal portions is provided which has an approximately larger diameter than the stud bump.

A stack structure includes: a substrate, a copper layer disposed on the substrate, a migration-proof layer disposed on the copper layer, and a silver-nanowire layer disposed on the migration-proof layer, wherein the migration-proof layer is made of materials between copper and silver in galvanic series. A touch sensor includes the stack structure.

The invention discloses a semiconductor device with an improved packaging structure and a manufacturing method thereof. The semiconductor device includes a semiconductor chip, a lead frame and a packaging resin. The semiconductor chip is located in the base island area of ​​the lead frame, and the lead frame includes a lead area, wherein the upper end of the second lead area is connected with a second bonding area. The semiconductor chip is electrically connected with the second bonding area through metal wires. The area of ​​the second bonding area is larger than that of the prior art, so as to ensure that the maximum fusing current limited by the metal leads can be effectively increased when the chip is packaged, and the on-resistance of the device is reduced, thereby maximizing the actual use of the chip. current capability. The invention is applicable to MOSFET devices and IGBT devices.

The invention relates to the technical field of automatic ultrasonic detection of nuclear power plant equipment, and specifically discloses a phased array probe for automatic ultrasonic detection. Thephased array probe comprises a shell, a wedge block and probe wafers, wherein a plurality of the probe wafers and the wedge block are cured, and the cured product is integrally assembled into the stainless steel shell, such that the scanning surface of the wedge block is flush with the edge of the shell. According to the present invention, the electric cable connection of the phased array probe uses the segmented structure, such that the rapid and waterproof replacement of the phased array probe in the radioactive environment is achieved without the replacement of the electric cable; the total length of the electric cable is more than or equal to 40 m, such that the remote ultrasonic detection can be achieved; and the probe uses the wedge block built-in type integral structure, and the shell is made of the stainless steel material, such that the probe and the wedge block are protected from wear, the wear resistance and the radiation resistance of the probe are improved, and the structure integrity of the probe is ensured.

The invention discloses a magnetic table of a rotary screen printing machine. The magnetic table comprises a tank, a roller, a magnetic table top and a magnetic table base. A plurality of iron core holes are formed in the magnetic table top. An iron core is inserted in each iron core hole in the tank. Each iron core is sleeved with a frame, a coil is wound on each frame, a permanent magnet is arranged on the bottom face of the tank, the two ends of the tank are connected to a support through positioning screws, and the support is fixed to the bottom face. The tank is sleeved with the roller through bearings, the wall of the roller is located between the permanent magnet and a magnetic bar, and the outer wall of the roller makes contact with a printing guide belt. The permanent magnet is fixed to the bottom face of the magnet base with the position capable of being adjusted in the circumferential direction. The magnet base is sleeved with the roller through the bearings, so that on the premise that the permanent magnet and the magnetic bar attract each other, rolling friction is achieved through the roller and the printing guide belt, the friction coefficient between the roller and the printing guide belt is reduced, abrasion is reduced, production efficiency is improved, and energy consumption is reduced.

A ferrite core includes an end face portion, a pair of outer legs protruding from the end face portion, and a center leg protruding from the end face portion between the pair of outer legs. A width W1close to one end portion of the center leg in a Y-axis direction perpendicular to a facing direction of the outer legs is smaller than a width W2 close to the other end portion. According to this configuration, a circuit component may be positioned close to the end portion. A transformer includes the ferrite core. And a coil frame for the transformer includes a cylindrical bobbin; wherein the division line based on any direction and position divides the cross section vertical to the coiling direction of at least the chamber and the periphery into two areas which are unsymmetrical.

The invention discloses a variable-current variable-speed non-commutated permanent magnet direct current motor, belongs to the field of direct current motors, and solves the problem that the existingdirect current motor consumes a lot of electric energy so as to overcome a magnetic pull of a permanent magnet stator to a rotor. The variable-current variable-speed non-commutated permanent magnet direct current motor comprises a pedestal, a coil inner rotor, a permanent magnet inner stator, a coil outer rotor and a permanent magnet outer stator, and further comprises a rotor shaft, rotor shaft supports, a rotor shaft magnetic levitation inner sleeve, a rotor shaft magnetic levitation outer sleeve, a support magnetic levitation inner sleeve and a support magnetic levitation outer sleeve, wherein the two ends of the rotor shaft are arranged inside support bearings of the two rotor shaft supports; the rotor shaft is tightly sleeved inside the inner cavity of the coil inner rotor; the rotorshaft magnetic levitation inner sleeve is sleeved inside external-diameter openings of the two ends of the coil inner rotor; the rotor shaft magnetic levitation outer sleeve is tightly sleeved insideinternal-diameter openings of the two ends of the permanent magnet inner stator. A high-power ultrahigh-speed permanent magnet direct current motor or generator can be manufactured as required; the variable-current variable-speed non-commutated permanent magnet direct current motor is applicable to the field, which needs power or power generation, of electric vehicles, industrial and mining enterprises and the like.

The invention relates to a motor, in particular to a motor with excellent performance and low manufacturing cost. According to an embodiment of the present invention, a motor including a stator core is provided, and the stator core includes a first stator core and a second stator core, which are provided separately from the first stator core and Formed to be bilaterally symmetrical with the first stator core, the first stator core and the second stator core include: a yoke; extending in a central direction; and outer corner teeth extending from upper and lower ends of the yoke respectively longer than the length of the central teeth.