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Making a good conductor termination requires securing a reliable electrical connection and following NEC requirements, which include using correctly rated connectors, properly insulating conductors, and torquing to specifications. Additionally, for a project like a circuit continuity tester, it should allow easy contact with the wire ends, be small, and be shock-resistant.Making a Good Conductor TerminationCable terminations and splices are critical components in electrical systems. A good conductor termination involves ensuring a secure and effective electrical connection without damage to the wire or cable. This can be achieved by carefully stripping the insulation, using appropriate connectors, and securing the connection with the right tools. Furthermore, it is crucial to follow the National Electrical Code (NEC) requirements which provide guidelines to ensure safety and prevent failure of electrical systems.The NEC outlines several requirements for cable terminations and splices:Use of the correct terminals and connectors rated for the type and size of the conductor.Ensuring that connections are mechanically secure and electrically continuous, and that conductors are properly insulated once spliced.Terminations must be torqued according to the manufacturer's specifications to prevent overheating and ensure a reliable connection.When constructing a circuit continuity tester for a project, it is important to consider the ease of making proper electrical contact with the wire ends, the tester's size, and protection from shocks.NEC Requirements for Making Cable Terminations and SplicesUnder the NEC, cable terminations and splices must be:Enclosed in approved boxes or fittings.Accessible for inspection, maintenance, and replacement.Insulated to the same level as the conductors.Constructed in a manner that prevents stress on the cable....