Abstract: A transformer includes a first bobbin, a second bobbin, and an iron core set, wherein the first bobbin and the second bobbin further include a winding region and a through hole in the center of the bobbin, respectively. The winding region is wound by a winding. The iron core set is coupled to the first and second bobbins. The first and second bobbins are assembled together by a base.

Abstract: A connecting module includes a single housing including a front end, a first receiving hole and at least one second receiving hole. The first receiving hole is formed on the front end. The profile of the first receiving hole is used to receive a first external connecting plug. The second receiving hole is formed on the front end. The profile of the second receiving hole differs from that of the first receiving hole and is used to receive a second external connecting plug. The first and second receiving holes are arranged in a horizontal array.

Abstract: A connection module for connecting an external plug includes a body, a plurality of internal terminals and a holding device. The holding device is disposed in the body and includes a plate, a first support and a second support. When the external plug is fitted in the connection module, the external plug can be securely fixed in the corresponding connection module.

Abstract: An inductor is made of a flat conducting wire with a constant thickness. The inductor includes a coiled portion and two leg portions. The leg portions are end parts of the flat conducting wire that are processed with a specific process. In addition, each leg portion has a thickness smaller than that of the coiled portion.

Abstract: A packaged electronic component includes a body and a thermally conductive clip. The body is made of a molding material and accommodates at least one magnetic element therein. The thermally conductive clip securely mounts on the circumference of body, and covers a top surface and a side surface of the body. The packaged electronic component is a surface mounted device (SMD).

Abstract: A packaged electronic component includes a body, a plurality of magnetic elements and a silicon material, wherein the magnetic elements are disposed in the body, and the silicon material covers the surfaces of the magnetic elements. At least one side of the body has a hole to dissipate heat, and provides additional space to contain expanded silicon material after heating.

Abstract: A packaged electronic component capable of shielding electromagnetic interference (EMI) includes a case, at least one magnetic component, a circuit board, and an anti-noise clip. The magnetic component is electrically connected to the circuit board and is covered by the case. Further, the anti-noise clip is mounted on and is clipped to the exterior of the case and is electrically connected with the circuit board to form a grounded loop.

Abstract: An ethernet component includes a case, a data processing unit and a circuit device. The case has a plurality of first pins and a plurality of second pins. The data processing unit is disposed in the case and is electrically connected with the first pins. The circuit device is connected with the data processing unit through the second pins.

Abstract: An embedded inductor structure includes at least one coil and a magnetic body. The coil is formed by winding a conductive wire from a central portion to both ends. The coil is embedded in the magnetic body.

Abstract: A connecting module includes a single housing including a front end, a first receiving hole and at least one second receiving hole. The first receiving hole is formed on the front end. The profile of the first receiving hole is used to receive a first external connecting plug. The second receiving hole is formed on the front end. The profile of the second receiving hole differs from that of the first receiving hole and is used to receive a second external connecting plug. The first and second receiving holes are arranged in a horizontal array.

Abstract: A connector having at least one lighting apparatus is disclosed. The lighting apparatus, such as an LED, includes a lighting portion and two pins. Each of the two pins comprises at least one bent portion. The two pins project from the same surface of the lighting portion. At least one of the pins further comprises an inclined portion for preventing pins contact in the connector.

Abstract: A connection module for connecting an external plug includes a body, a plurality of internal terminals and a holding device. The holding device is disposed in the body and includes a plate, a first support and a second support. When the external plug is fitted in the connection module, the external plug can be securely fixed in the corresponding connection module.

Abstract: An inductor is made of a flat conducting wire with a constant thickness. The inductor includes a coiled portion and two leg portions. The leg portions are end parts of the flat conducting wire that are processed with a specific process. In addition, each leg portion has a thickness smaller than that of the coiled portion.

Abstract: A network connector module is described. The network connector module keeps a safe distance between signal pins and power pins to improve a signal transmission quality thereof. The network connector module includes a plurality of phone jacks, a plurality of pins and a second connector. The pins electrically couple to a circuit board to transmit signals. The second connector is fixed on an upper shell of the network connector module and utilizes a power cord to couple to the circuit board for transmitting power.

Abstract: A connector module is described. The connector module efficiently reduces an occupation area of a connector and control circuits thereof on a circuit board and provides various circuit board connecting interfaces packaged by various package processes. The connector module has a shell, a connector, a control integrated circuit, and a circuit board connecting interface. The connector and the control integrated circuit are configured in the shell. The control integrated circuit controls signal transmissions for the connector module. The connector module further has a transformer configured in the shell.

Abstract: A connector is described. The connector prevents erroneous insertion of a non-corresponding plug. The connector has a housing, a plug and a stopper. The stopper is positioned at the front of the housing to prevent the housing from an erroneous insertion of a non-corresponding plug. The stopper comprises a supporting member and a protrusion formed on the supporting member. The connector further utilizes the stopper to avoid erroneous insertion.

Abstract: A slim phone jack is described. A height of the slim phone jack is reduced so as to reduce a height of an electric device utilized the slim phone jack. The slim phone jack has an upper cover, a lower cover and two sidewalls, and is suitable to couple to a phone plug with a spring arm. An inside of the upper cover has contact terminals. The two sidewalls form a sliding tunnel for inserting the phone plug easily. The lower cover further has a guiding slot. The slim phone jack further couples to a circuit board having a fixing slot. When the phone plug is inserted into the slim phone jack, the spring arm sticks out of the guiding slot so that a fixing edge of the spring arm couples to the fixing slot of the circuit board to fix the phone plug in the slim phone jack more strongly.