Aptiv Power Connectors 0

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Part	RoHS	Manufacturer	Connector Type	Option	Reliability	Contact Gender	Dielectric Withstanding Voltage (V)	No. of Connectors	Panel Mount	Mating Contact Pitch (inch)	Body Length	Insulation Resistance	Mixed Contacts	Rated Current - Power	EMI Shielded	Filter Feature	Body Width	Termination Contact Finish	Body Depth	Rated Voltage	MIL Conformity	Insulator Material	No. of Rows Loaded	Maximum Operating Temperature (Cel)	DIN Conformance	Board Mounting Option	PCB Contact Row Spacing (mm)	Contact Design	IEC Conformity	Minimum Operating Temperature	Empty Shell	Shell Finish	Plating Thickness (inch)	No. of Ports	No. of PCB Rows	Contact Material	UL Flammability Code	Mating Contact Finish	Polarization Key	Additional Features	Rated Current - Signal	Reference Standard	Insulator Color	Polarization	Total No. of Contacts	Rows Loaded Name	Contact Arrangement	Minimum Wire Size	Durability	Mating Contact Row Spacing (inch)	Mounting Type	Maximum Wire Size	Sub-Category	Shell Material	Terminal Pitch (mm)	Cable Types	Mating Info.	PCB Contact Pattern	Mains Connector Rating	Contact Sizes	Termination Type	Minimum Withdrawal Force (N)	Manufacturer Series	Contact Resistance	Body or Shell Style	Mounting Style	Minimum Insulation Diameter	Contact Style	JESD-609 Code	Maximum Insertion Force (N)	Mounting Option-2	Terminal Length	Mounting Option-1	Contact Pattern

Power Connectors

Power connectors are a type of electrical connector used to connect power cables to electrical equipment, and are designed to handle high levels of electrical current. They are commonly used in a wide range of applications, including industrial equipment, consumer electronics, and power distribution systems.

Power connectors typically consist of a male and female connector, with the male connector featuring pins or blades that plug into the female connector, which has sockets to receive the pins or blades. They are designed to be easy to install and remove, with a secure locking mechanism to ensure a stable connection.

Power connectors are available in a range of configurations, with different plug types, current ratings, and voltages. Some of the most common types of power connectors include IEC connectors, NEMA connectors, and AC power cords.

One advantage of power connectors is their ability to provide a safe and reliable source of power to electrical equipment. They are typically designed to meet stringent safety standards, and may include features such as fuses or circuit breakers to prevent electrical overload or short circuits.

Power connectors are commonly used in a variety of applications, including computer power supplies, medical equipment, and industrial machinery. They may be subject to rigorous testing and qualification requirements to ensure their reliability and performance.