68691-100H

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68691-100H connectors are widely used in the field of industrial, automotive, and home automation applications. These connectors can be categorized as a type of rectangular connectors, more specifically headers or male pins.

Headers are typically used for attaching circuit boards or for connecting signal and power lines. These connectors come with several terminal configurations. The 68691-100H connectors come with a 002.00mm²/8AWG terminal wire size and a 3.00mm pitch. They are available in high density SMT configuration and can accommodate 5-14 poles.

Male pins are used for connecting two separate/opposing devices. Specifically, 68691-100H connectors are used for extreme environmental conditions such as automotive, military, or aerospace applications. Since they are a type of rectangular connectors, these connectors are designed to provide robust and reliable performance in challenging environments.

68691-100H connectors feature direct cabling capabilities with industry standard Molex crimp terminals. With excellent electromagnetic interference (EMI) shielding, these connectors offer noise rejection and low resistance for power transmission. Furthermore, they feature robust construction, positive lock feature, and easy assembly.

The working principle behind the 68691-100H connectors is simple. First and foremost, wires must be cut to the desired size and crimped onto Mini-PV® power/ground terminals. Afterwards, the terminal is inserted into the housing halves, engaging the positive lock. Finally, the housing halves are connected to form a single unit.

In conclusion, the 68691-100H connectors are widely used in industrial, automotive, and home automation applications. They provide robust and reliable performance in challenging environments with their excellent EMI shielding characteristics. This connector can be categorized as a type of rectangular connectors, specifically as headers or male pins. The working principle behind these connectors involves cutting wires and inserting terminals into the housing to form a single unit.

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