34results about How to "Large current carrying capacity" patented technology

The present invention relates to a 5G metal / ceramic composite circuit board and a preparation method therefor. The preparation method comprises the following steps: alternately depositing metal layers and ceramic layers on a metal substrate with a preset hole by using a PVD technique, to obtain a 5G metal / ceramic composite circuit board. According to the preparation method for a metal / ceramic composite circuit board of the present invention, the difficulties of a conventional technique (a ceramic / metal thermal diffusion bonding method) for a metal / ceramic composite circuit board, such as being complex, low in yield, high in price, low in efficiency and undeveloped in terms of technique, are avoided. In addition, according to the preparation method of the present invention, a metal substrate with a hole is selected, such that the problems of laser / mechanical composite drilling of a ceramic substrate whereby same is low in yield, large in terms of workload, and undeveloped in terms of drilling technique, are solved. In the present invention, a combined technique of a physical vapor deposition technique and a template technique is used to deposit the metal layer and the ceramic layer, all the layers in the obtained metal / ceramic composite circuit board are high in terms of bonding strength and are not prone to stripping, and the technique is simple.

The invention discloses a multi-circuit integrated comprehensive connection system. The system comprises a total input module and a main current carrying module, wherein a total input end and a bus integration end are arranged on the total input module; the total input end is that a current input end is connected with a total switch; the bus integration end is a current output end of the total input module; the total input end is communicated with the bus integration end through a bus transition component; the bus integration end is used for connecting current output to the main current carrying module through a bus; a bus input end, a current main carrying plate and a sub wire integration output end are arranged on the main current carrying module; the bus is communicated with the bus input end; the current is introduced to the current main carrying plate through the bus input end; the sub wire integration output end is communicated with the current main carrying plate; one end of a sub wire is communicated with the sub wire integration output end; and the other end of the sub wire is connected with a sub switch. According to the invention, large-current input, integrated shunting, large-current butt-joint, standard manufacturing and mounting functions can be achieved, spaces can be saved, the standardization and consistency of products are improved, and connecting differences of electric components are reduced.

The invention discloses a high-current plug of a model airplane. The high-current plug comprises a plug, a socket, plug conductors and socket conductors. The plug conductors are assembled on two sides of the plug, and the socket conductors are assembled on two inner sides of the socket. An elastic hoop is arranged on a side of the plug, so that the plug and the socket can be in contact with each other by multiplied reinforcement and can be in close fit with each other in a reliable conducting manner, and the work stability of the socket can be conveniently kept. The plug conductors and the socket conductors are embedded into plastics during injection molding, so that the firm plug and the firm socket can be formed. A direction groove is formed in a side of the socket, and conducting wire welding positions are reserved in the direction groove when the plug conductors are matched with the direction groove, so that correct directions of an anode and a cathode can be assuredly kept when the plug is plugged into the socket. The high-current plug of the model airplane has the advantages that the high-current plug is simple and reliable in structure, low in cost, convenient in connection and disconnection operation and high in practicality, can work stably and has a broad application prospect, and the high conducting reliability can be kept.

The invention discloses a novel onboard switch composed of a plug pin base and a flexible plug pin. The plug pin base is composed of a substrate, a lower metal elastic sheet and an upper metal elastic sheet. The substrate is made of insulated materials. The lower metal elastic sheet is of a rectangular thin sheet shape and is installed on the left side of the substrate. The upper metal elastic sheet is of an n shape. The right side of the upper metal elastic sheet is installed on the right side of the substrate. When no external force is exerted, the left side of the upper metal elastic sheet makes natural contact with the lower metal elastic sheet, so that a plug pin hole is formed between the upper metal elastic sheet and the lower metal elastic sheet. The flexible plug pin is composed of a front plastic portion and a rear metal portion. The tail portion of the plastic portion is fixedly connected with the head portion of the metal portion in a seamless mode. When the left side of the upper metal elastic sheet makes contact with the lower metal elastic sheet, the head portion of the plastic portion can extend into the plug pin hole between the upper metal elastic sheet and the lower metal elastic sheet. The novel onboard switch has the advantages of being large in borne current, applicable to occasions with the strict requirement for the size and the weight, and capable of serving as not only a circuit power supply switch but also a motion detection switch.

The invention discloses a contact terminal, which comprises a bracket and a plurality of contact pieces, the bracket strings together the plurality of contact pieces so that the plurality of contact pieces form an annular structure, and the contact piece includes a first contact arm and a second contact arm , the first contact arm is located at the inner side of the annular structure, the second contact arm is located at the outer side of the annular structure, and the first contact arm is a hyperboloid structure. The invention also discloses an electrical connector and an electronic device including the above-mentioned contact terminal. In the embodiment of the present invention, through the annular structure composed of a plurality of contact pieces, the electrical contact is changed from the line contact of the wire spring to the surface contact, which increases the contact area, effectively reduces the contact resistance, and increases the terminal current carrying at the same time. The spring has the characteristics of low insertion force, so as to achieve the dual purpose of increasing the current carrying capacity and improving the service life.