DF12B-60DS-0.5V(86)

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DF12B-60DS-0.5V (86) connectors are rectangular connectors that are categorized as Arrays, Edge Types, and Mezzanine (Board to Board) connectors. These connectors are designed to connect two boards together. They are commonly used in a variety of applications such as wireless communications, routers, and servers.

DF12B-60DS-0.5V (86) connectors are typically mounted to the board via two mounting pins and contain sixty pins. The pins are arranged into a symmetrical, double-row formation with two sets of 30 pins. The connector is designed to accept 0.5V signals and is constructed from a combination of gold and nickel plated phosphor bronze. The contacts are rated for 1A at 0.5V, making them suitable for most low-voltage and low-power applications.

The characteristics of the DF12B-60DS-0.5V (86) connector make it an ideal choice for edge-card applications such as routers. It is capable of reliably handling multiple channels of low voltage and low power signals, and its small form factor makes it compact and easy to integrate into board designs. The connector has a higher signal-to-pin ratio than other rectangular connectors, making it viable for applications with higher density pin requirements.

The working principle of the DF12B-60DS-0.5V (86) connector is relatively simple. The two boards are aligned with the connector plate and the pins are pushed into the connector plate. The pins then make contact with the corresponding pins on the other board, forming an electrical connection. The pins are held in place by the connector’s crimp or latch mechanism, which ensures a reliable connection with minimal resistance.

The DF12B-60DS-0.5V (86) connector is a versatile, reliable, and cost-effective solution for connecting two boards. It provides an electrical connection with minimal resistance and its small form factor makes it ideal for edge-card applications. The 30 pins in each line provide a higher signal-to-pin ratio than other rectangular connectors, and the connector’s gold and nickel plating allows for reliable performance over a long period of time. The connector’s ability to reliably handle low voltage and low power signals provides flexibility and makes it suitable for a wide variety of applications.

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