P51-068S-S1-TGF

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Rectangular Connectors are the most popularly used style of connector in a variety of industries and applications. The specific connector in question, the P51-068S-S1-TGF, is a header connector which excels in the areas of reliability, ruggedness, and quality. It is constructed from a blend of thermoplastic and metal, to ensure maximum durability and longevity.

The application fields of this type of connector are varied and far-reaching, but primarily include those involving the transmission of video signals, solar power, and wireless communication. This is due to a unique combination of properties possessed by the P51-068S-S1-TGF, namely its high current capacity of up to 68A, its operating temperature range of -40 to +105°C, and its operating voltage range of 250V AC/DC.

The working principle of this type of connector is relatively simple yet highly-effective. Connecting to the mated components is achieved through the insertion of a male contact into the female socket. The contact is secured firmly within the socket using a type of threaded locking system, which prevents it from being accidentally disconnected. However, when necessary, removal of the contact is easily achieved using simple tools.

The P51-068S-S1-TGF also features a multitude of different gold-plated contacts, ranging from 6 to 20 in number, depending on the specific surface-mount requirements of the customer. Furthermore, for those customers requiring additional connection and protection from external environmental factors, the P51-068S-S1-TGF can also be provided with an inbuilt dust cover. This dust cover increases the life of the connector significantly, by protecting the contacts from dirt and dust buildup.

Overall, the P51-068S-S1-TGF is an incredibly versatile connector, in terms of both application and reliability. It offers a robust design which is capable of withstanding all but the most extreme conditions, making it ideal for use in a range of industries including solar energy, wireless communication, and video signal transmission.

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