71918-006LF

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The 71918-006LF is an increasingly popular rectangular connector that is part of the header, male pins, series. While this item provides one of the more comprehensive solutions in the market for its specific purpose, gaining a thorough understanding of the field of application and the underlying working principle can help one make a more informed decision.

For starters, the 71918-006LF is suitable for a range of components and peripherals in system assemblies. Specifically, it can help facilitate interconnections between devices such as motherboards, disk drives, and liquid crystal displays with a maximum operating temperature of 105℃ and an insulation resistance of 1000 MΩ at 500V DC. In addition, the general-purpose connector has a current rating of up to 8A/contact, and support a maximum operation voltage of 250V AC/DC.

Furthermore, as a unit with three headers, the 71918-006LF comes in an 18-pin configuration and utilizes male pin type connectors to make sure the assembly is able to securely grip the wires. Depending on the specific requirement, the individual pins can be fitted in positions 1, 10, and 11, and users can also opt for the option of a jumper to make a secure connection across two pins if necessary.

In terms of build quality, the 71918-006LF is manufactured using a range of high-end materials. While the center connector is made with phosphor bronze to ensure a sturdy and durable construction, the surrounding insulation and outer insulation both use materials such as nylon, which offer strength along with electrical and insulation properties.

Regarding the actual working of the 71918-006LF, the principle involves the simultaneous transmission of electrical signals from the pin base through the insulation layer for use by the connected device. For this to happen, the insulation layer must maintain certain parameters such as the impedance, insertion losses, and return losses while providing a strong and reliable connection.

Apart from this, the insulation layer also has to allow for power transmission along with the signal transmission. This is achieved by creating an environment for the signal to pass through while securely containing the current. As the electrical signals come in contact with the insulation layer, the latter acts as a shield to ensure that the current does not flow directly from the pin base, which could result in power losses, explosions, or other hazardous situations.

In conclusion, the 71918-006LF is an effective option for facilitating interconnections between several components and peripherals in system assemblies. It utilizes male pin type connectors and is made with materials such as phosphor bronze and nylon. The underlying working principle involves the simultaneous transmission of electrical signals through an insulation layer that also allows for power transmission. In all, this system provides users with a reliable and secure connection with minimal power losses.

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