39-51-3041

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Rectangular Connectors - Headers, Receptacles, Female Sockets are a very common type of electrical connector used in a wide range of applications throughout various industries. The 39-51-3041 is one of these popular connectors commonly being used today. This article will discuss the application field and working principle of the 39-51-3041 our rectangular connector.

What is the 39-51-3041?

The 39-51-3041 is a short 9-pin single row through-hole header with a 0.1” contact spacing and a 7.62mm height.The contact pitch and body material are also all stainless steel as well, making it a very common choice among many users who need an electrical connector for any types of applications including high density printed circuit boards (PCB). This connecter is designed to make connections to existing PCBs as well as any other type of surface mount or through-hole technology.

Applications for the 39-51-3041

The 39-51-3041 header is used in a wide variety of applications across various industries. It is generally used in applications that require a high contact density and high current connections. Some of the most common applications in which the 39-51-3041 header is used include telecommunications, industrial automation, automotive, medical, aerospace, and defense. It is even used in specific applications within certain industries like automotive, where it is mainly used for support functions such as airbag deployment.

In addition to having multiple operational uses, the 39-51-3041 header is also widely used for prototype building. This is because this specific header type can be mounted on existing PCBs without additional tools or components. As a result, it makes an ideal solution for prototyping new or improving existing designs.

Working Principle of the 39-51-3041

The 39-51-3041 header is designed to function by electrical interconnects. This means that the contacts are designed to connect and create electrical contacts between the header and the device that is plugged into it. Each contact on the header has a subset of contact points which are used to create the connection to the device including, the female contact tip, male contact tip, solder tabs, and a ground tab. The combination of any of these contact points will create an electrical connection between the device and the header.

The 39-51-3041 header is designed with pins that safely connect to electrical contacts. These pins provide protection from the environment, including electrical interference, moisture, and corrosion. The pins are then secured in place using a securing mechanism, such as a latch or screw. Once secured, this creates an electrical connection from the device plugged into the header to the internal circuit within the device.

Features and Benefits of the 39-51-3041 Header

The 39-51-3041 header is designed with certain features that make it a great choice for many applications. Its benefits include:

• Cost-effective: The 39-51-3041 header is cost-effective in comparison to other types of connectors, making it a popular choice for a variety of applications.
• High Contact Density: The 39-51-3041 features a high contact density which allows for more connections to be made in a smaller space. This is ideal for applications in which space is a limited factor.
• Stable Connection: The secure connection provided by the male/ female contact tips make it suitable for repeated connections between the same point on the header and device.
• Reflow Solderability: The 39-51-3041 header is designed with contacts that allow it to be reflow soldered without any additional components or tools. This makes it easier to prototype new or improve existing designs.

Conclusion

The 39-51-3041 header is an incredibly popular rectangular connector used for a wide variety of applications across various industries. It is designed with features that make it suitable for a high contact density, secure connection, and easy reflow solderability. In addition, it is also inexpensive compared to other types of connectors, making it a cost-effective choice for many types of applications.

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