Electronic kit

Abstract: Electronic devices have become a part of human life today that can not be ignored. Community Service Program conducted by Prodi Electrical Engineering, Maranatha Christian University aims to increase knowledge, increase interest, form the ability of cooperation, improve creativity and improve the fighting power of high school students on the operation of electronic devices, in the form of arduino programming training . Arduino is an open source electronic kit specifically designed as a controller that regulates the working process of electronic circuits. The method used in this PKM is Participatory Action Research (PAR) in the form of lecture method to describe the material that has been prepared by PKM team, the method of practice in the form of Arduino programming and assembling the electronic component connected with Arduino, the method of mentoring when the students do the programming and stringing electronic components, and discussion methods in the form of inter-group cooperation to solve the case given. The results of this training can be a provision for high school students in the form of programming skills, the ability to assemble electronic components, the ability to work with groups to solve existing problems, and increase confidence in designing and operating electronic devices

Abstract: This project aims to build a development kit to help engineering undergraduate students to explore the CAN (Controller Area Network) FD bus applied to vehicular control. This protocol has restricted access, generally used by carmakers, and our goal is to present a message transmission and reception simulation on an electronic kit, in order to show the reliability of the system. The CAN bus could replace most of the wires inside the vehicle, allowing flexible management of car electronic modules.

Abstract: The embodiment of the utility model provides an electronic system, a vehicle radio equipment circuit system, an electronic suite and a vehicle. The electronic system includes: a front view camera formounting on a vehicle equipped with a radio; and the radio device, the radio device includes a microprocessor and stores instructions in a memory, the instructions, when executed by the microprocessor, are configured to sense an operating state of the vehicle and cause video frames from the front view camera to be supplied to video signal processing circuitry in the mobile communication device inaccordance with the operating state of the vehicle sensed at the radio. One or more embodiments enable a front view camera feature to be provided for a vehicle with reduced cost (e.g., several beautyelements).

Abstract: The contact matrix plug board is intended for experimental electronic kits and forms a shallow, elongated housing (1) with holes for external pins to connect with internal socket elements (3) on one-piece contact bridges. The socket elements consist of springy C-shaped clamp contacts at the ends of conducting arms. These socket elements may have several configurations and numbers of arms, and they fit into recesses, with holding elements (11), in the board housing. One side edge of the board has cylindrical projections (9) and the other side tubular grooves (10) to engage the projections of another board, thereby allowing several boards to be linked together.