69167-109HLF

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The 69167-109HLF connectors are rectangular, wire-to-board plug connectors used for multiple purposes. These connectors, manufactured by Harwin and distributed by Newark Element14, are composed of two parts: the male pin and the female header. They are used in a wide array of applications, including mobile phones, car dashboards, television sets and gaming devices.

The 69167-109HLF connectors feature polarized pin contacts that ensure the correct mating of the female header into the male pin. This is a simple, efficient and reliable solution for connecting circuits. The connectors can be used in a variety of ways, such as plug and socket connectors, in which the male pin and female header connect to each other; or loopback connectors, in which the female header is mated to the male pin in the same board.

The 69167-109HLF connectors are designed to work in a wide range of applications. The main features are their low PCB mount profile, compact size that allows it to fit in tight areas, wide contact pitch with 23mm polarized pin contact for reliable connection, and a 4-point contact system with reliable surface contact mating. The connectors can withstand high voltage applications and are suitable for automotive, telecommunications, consumer electronics and white goods applications.

The working principle of the 69167-109HLF connectors is simple. The male pin provides the positive connection, while the female header is connected to the negative connection. When the two parts are mated, they create a complete electrical connection that can be used to connect circuits. The contacts in the connector are designed to be reliable and secure. Once the two parts are mated, they will stay connected and will not disconnect, even when exposed to vibration or shock.

The 69167-109HLF connectors are designed to provide a reliable and secure connection for a variety of applications. Their low profile, compact size, wide contact pitch, and 4-point contact system make them suitable for a wide range of applications. They are also designed to withstand high voltage applications and can provide a reliable and secure connection even when exposed to vibrations and shocks.

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