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Automotive Connector Connector Wiring Harness Plastic Shell Plug Automotive Electronic Connector 66P Series 4P Male Plastic Shell Female Plastic Shell Automotive Connector Automotive Connectors, Automotive Wiring Harness Connectors
Common Types of Automotive Connectors
Sealed connectors are typically used when the vehicle electrical system requires water, dust and moisture resistance. They adopt special sealing structures to maintain reliable connections even in harsh environments.
A common type of automotive connector, plug-in connectors use a plug-and-socket connection for easy maintenance and replacement. They are usually equipped with a locking mechanism to ensure stability and reliability.
PCB connectors are used on circuit boards to connect electronic devices to the board's circuitry. In automotive electrical systems, they are commonly used to connect controllers, sensors and other equipment.
Wire harness connectors are used to join automotive wiring and link the circuits between various electronic devices. They usually feature multiple slots for connecting several wires.
Spring connectors use spring contact to provide stable signal transmission and reliable connections. They are typically used in vehicle electrical systems where high vibration and shock resistance are required.
Cable harness-to-board connectors are the most common type linking wires and circuit boards. They are typically used in critical components such as engine parts and body controllers, and are generally divided into two categories: through-hole connectors (used in the early stages of vehicle manufacturing for complex circuit assembly) and composite connectors (used for more complex programming and functions).
A type of connector used to directly link circuit boards and electrical equipment. They are typically used to connect in-vehicle electronic devices and controllers, such as dashboards and car audio systems. Their advantages are simple installation and fewer circuit faults, though their application scenarios are relatively limited.
💡 Note: Besides the common connectors above, there are also terminal connectors, snap-ring connectors, quick connectors, etc., each with its own specific application field and characteristics.
Connector Selection Factors
When selecting automotive connectors, factors such as current load, waterproof performance, high-temperature resistance, vibration resistance and impact resistance must be considered, and the appropriate connector type and specification should be chosen based on the specific application requirements and device interfaces. In addition, automotive connectors must comply with relevant automotive industry standards and certification requirements (such as IATF 16949, etc.).
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