ADIP10-G-LC

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The ADIP10-G-LC is a rectangular connector from the Board-In series of direct wire-to-board connectors. This low-cost connector integrates design features like strain relief and double-layer contact contacts. It is extremely convenient and designed for use in automotive and industrial applications.

This rectangular connector utilizes two contacts and features a locking latch that ensures that the connector remains in place when installed. It is designed to fit snugly in the board layout and provide maximum hold even under high-vibration environments. The contacts are formed from high-temperature-resistant, double-layer and resistant contact material for improved shock and vibration resistance.

The ADIP10-G-LC connector is designed to be used in automotive and industrial applications. It provides a wide range of design options to accommodate a variety of performance requirements. It is capable of handling currents up to 20A and is compliant with RoHS, EIA, and automotive standards. It can be used in automotive applications to connect components such as sensors, relays, gauges, and switches.

The working principle of the ADIP10-G-LC is simple yet efficient. When the connector is inserted into the board, the contact pin compresses to ensure a secure connection. As the user inserts the connector, the pins push against the contact fingers to create a secure connection. Strain relief is then provided from the connector as the contact material easily conforms to the insulation. With the strain relief feature, the connector ensures a highly reliable connection that remains intact even under transient vibration and shock. Additionally, the double-layer contact material provides excellent electrical insulation and further improves the connector’s performance.

In conclusion, the ADIP10-G-LC is a rectangular connector from the Board-In series of direct wire-to-board connectors. It integrates design features like strain relief and an efficient locking latch to ensure a secure connection. It is designed to be used in automotive and industrial applications and provides a wide range of design options. Its working principle is simple yet efficient, providing highly reliable connections that remain intact even under transient vibration and shock. This connector provides an ideal solution for automotive and industrial applications.

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