● VOLTAGE RATING: The cable should be designed to withstand a maximum DC voltage of 300V for a duration of 10 milliseconds without experiencing any electrical breakdown.

● CONDUCTANCE RESISTANCE: The maximum allowable conductance resistance of the cable should not exceed 3.0 ohms, ensuring efficient conduction of electrical current with minimal impedance.

●INSULATION RESISTANCE: The cable's insulation material should exhibit a minimum resistance of 5.0 megaohms, guaranteeing effective insulation between conductors and preventing leakage of current.

●100% ELECTRICAL TEST: The cable must undergo a comprehensive electrical testing process to verify its electrical performance, ensuring that it meets the specified requirements for voltage rating, conductance resistance, and insulation resistance.

● QUALITY CHECKS: The cable should be free from any open circuits, short circuits, miswiring, or intermittent failures, as these issues can compromise the cable's functionality and safety in electrical systems.

MATERIAL:

REFER TO TABLE: Detailed information about the materials used in the construction of the cable should be provided in a referenced table, outlining the types of materials, their properties, and their specific applications within the cable assembly.

ROHS COMPLIANT:

All components incorporated into the cable assembly must adhere to the RoHS compliance standards, which regulate the use of hazardous substances in electronic products. Ensuring RoHS compliance promotes environmental sustainability and minimizes health risks associated with the use of certain materials.