4-103148-0-16

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Rectangular connectors have long been used in a variety of applications, ranging from consumer electronics to industrial automation and aerospace applications. 4-103148-0-16 are some of the most common types of rectangular connectors, and they come in both male and female, as well as solder and crimp varieties. The 4-103148-0-16 version has an integrated strain relief, allowing for a secure connection in higher vibration and environment situations. This article will discuss the various application fields and working principles of 4-103148-0-16 connectors.

Application Field: 4-103148-0-16 connectors are used in a variety of applications. One notable application field is automobile and transportation related sectors. 4-103148-0-16 connectors are ideal for use in high vibration environments, such as found in industrial, agricultural, and automotive applications. Additionally, 4-103148-0-16 connectors are used for a variety of different power and data connections. This includes the connection of 12V DC and 40A AC power, as well as 24V DC systems and even high-speed digital communications. In addition to these power and data connections, 4-103148-0-16 connectors also support WLAN and Ethernet and also for PoE applications.

The use of 4-103148-0-16 connectors is often found in the medical, aerospace, and military applications. In these sectors, the 4-103148-0-16 connectors are used for a wide variety of connections including high speed data communications, as well as high power and high temperature applications. Additionally, they are often used for high vibration conditions, and are ideal for harsh environment applications such as those found in oil and gas industry.

Working Principle: 4-103148-0-16 connectors are designed to provide a reliable connection in a variety of applications. The working principle of the 4-103148-0-16 connector is based on the crimp plug and receptacle system. The plug is affixed to the component that needs to be connected to the other end, and the receptacle is affixed to the other component. A crimp tool is then used to make the connection, creating a secure connection. The crimp process ensures the connection is strong and secure.

Once the connection is established, the internal components of the 4-103148-0-16 connectors become electrically connected. This is made possible by the contact surface of the two components being in contact with one another. The contact surface of the 4-103148-0-16 connectors is designed to form a tight seal, which is essential for preventing electrical arcing and ensuring a secure connection. Additionally, the strain relief which is integrated into the design of the 4-103148-0-16 connectors provides some additional support against vibration and impacts, increasing the lifespan of the connection.

In addition to providing a secure connection, the 4-103148-0-16 connector also has a low outline profile. This allows for the housing of the connector to fit in tighter locations, which provides a variety of installation options. Additionally, the low outline profile also minimizes the risk of snagging on objects. This feature is particularly important in high vibration environments and can help reduce the damage that can be caused in this kind of environment.

Overall, 4-103148-0-16 connectors provide a reliable and secure connection in a variety of environments and applications. They are designed to resist corrosion, water ingress, and oxidation, providing a secure connection even in harsh environmental conditions. Additionally, the strain relief design of the 4-103148-0-16 connectors helps to reduce the risk of vibration and impacts, as well as the risk of snagging on objects. Combined with the low outline profile, the 4-103148-0-16 connectors are a reliable and secure option for a wide variety of applications.

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