SFH11-NPPC-D10-ST-BK

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Rectangular connectors, headers, receptacles, and female sockets are commonly used in assemblies for power, signal, and data connections. This particular type, SFH11-NPPC-D10-ST-BK, is suited to a variety of applications. In addition to providing robust physical protection, it offers reliable electrical connections with a high cycle life. A thorough understanding of the connector’s application field and working principle is necessary to guarantee accurate performance. This connector’s application field and working principle are discussed below.

Application Field

The SFH11-NPPC-D10-ST-BK connector is often used to transmit high-upper DC voltage and current in a variety of automotive, industrial, and consumer electronics applications. Common applications include power supply and control circuits in automotive, locomotive, home theater, security systems, smart grid, telecommunications, medical, and data storage equipment. Additionally, the connector is suitable for providing power and control connections in harsh environments such as railway areas, outdoor construction sites, and harsh industrial settings.

Working Principle

The SFH11-NPPC-D10-ST-BK connector features a positive-latch design that is designed to provide secure connections in the field. The connectors further feature a high temperature plastic shell that is flame rated and is capable of operating in elevated temperatures up to 125 °C. The contact area is composed of copper, brass, tin plating, and is insulated in a molded dielectric material. This ensures reliable conductivity of the connector when it is exposed to the elements such as dust, moisture, and vibration.

The locking mechanism on the SFH11-NPPC-D10-ST-BK connector is designed to ensure secure connections in tight spaces. The locking mechanism is composed of a steel latch that surrounds the connector body and mates with a catch on the receptacle. This latch is actuated by a spring mechanism that moves linearly along with the plug body to close the receptacle. This ensures that the connectors lock securely and prevent any unintentional disconnection during normal operation.

In order to ensure the reliability of the SFH11-NPPC-D10-ST-BK connector, the contact area is designed to provide firm grip on the electrical connection. This ensures that the connector does not suffer from vibration loosening and accidental disconnection due to excessive force or vibration. Additionally, the connector also features a corrosion-resistant finish to ensure reliable electrical performance. This finish also prevents the connectors from loosening due to the effects of environmental conditions such as extreme temperatures.

Conclusion

The SFH11-NPPC-D10-ST-BK connector is an excellent choice for building robust electrical connections in a variety of automotive, industrial, and consumer electronics applications. The positive-latch design and locking mechanism ensure secure electrical connections, while the resistant coating and high temperature shell prevent the connectors from being affected by environmental conditions such as dust, moisture, and vibration. It is important to be familiar with the connector’s application field and working principle to ensure accurate performance.

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