Abstract: A connector securing apparatus (10) for securing a first connector (20) to a liquid crystal display device (30) includes a body portion (14), a pair of supporting portions (12) extending from opposite ends of the body portion and a securing portion (16) extending from a main portion (13) of the body portion. In use, the first connector is inserted in a second connector (40) of the liquid crystal display device. Then, the supporting portions engage with the first connector and the securing portion is fixed to a housing (32) of the liquid crystal display device. Thereby, the first connector can be located in the second connector firmly, ensuring good electrical signal transmission. Furthermore, the connector securing apparatus and the first connector are two separate pieces. This enables the first connector to have a simple structure, so that the first connector can be used in a wide variety of different applications.

Abstract: While simulating a circuit described by the netlist, a circuit simulator produces a dump file containing a set of waveform data sequences, each corresponding to a separate signal within the circuit, and representing states of its corresponding signal at a succession of times during the circuit simulation. Based on a mapping of the waveform data sequences to lines of a bus, and on transaction data models describing characteristic signal patterns appearing on the bus during each type of transaction that can occur on the bus, a transaction analysis system identifies transactions that occurred on the bus during the simulation. The transaction analysis system also notes a time during the circuit simulation in which each transaction occurred, and generates a display including a separate representation of each identified transaction positioned to represent the time the transaction occurred.

Abstract: An example electronic device (2) having a grounded structure includes a conductive bearing board (220) having at least one fixing pole (221); a circuit board (210) having at least one through hole (211) corresponding to the fixing pole, and a grounded layer (215) respectively formed at a peripheral region of the at least one through hole. The at least one fixing pole respectively fixed at the at least one through hole and contacts with the grounded layer. The electronic device has a simple structure, and it can be connected with a ground perfectly.

Abstract: A button module (2) includes a touch pad (21), a printed circuit board (23) and at least one elastic contact pad (22) sandwiched between the touch pad and the printed circuit board. An electronic device includes a frame having at least one protrusion (261) and the button module. The touch pad includes at least one first locking hole (217) and the printed circuit board includes at least one second locking hole (237). The at least one first and second locking holes are corresponding to each other in location, and the at least one protrusion is engaged in the at least one first and second locking holes. The configuration of the protrusions and the first and second locking holes may cooperatively fasten the button module avoiding using bolts and can decrease a thickness.

Abstract: A connector securing apparatus (10) for securing a first connector (20) to a liquid crystal display device (30) includes a body portion (14), a pair of supporting portions (12) extending from opposite ends of the body portion and a securing portion (16) extending from a main portion (13) of the body portion. In use, the first connector is inserted in a second connector (40) of the liquid crystal display device. Then, the supporting portions engage with the first connector and the securing portion is fixed to a housing (32) of the liquid crystal display device. Thereby, the first connector can be located in the second connector firmly, ensuring good electrical signal transmission. Furthermore, the connector securing apparatus and the first connector are two separate pieces. This enables the first connector to have a simple structure, so that the first connector can be used in a wide variety of different applications.

Abstract: While simulating a circuit described by the netlist, a circuit simulator produces a dump file containing a set of waveform data sequences, each corresponding to a separate signal within the circuit, and representing states of its corresponding signal at a succession of times during the circuit simulation. Based on a mapping of the waveform data sequences to lines of a bus, and on transaction data models describing characteristic signal patterns appearing on the bus during each type of transaction that can occur on the bus, a transaction analysis system identifies transactions that occurred on the bus during the simulation. The transaction analysis system also notes a time during the circuit simulation in which each transaction occurred, and generates a display including a separate representation of each identified transaction positioned to represent the time the transaction occurred.