310-41-138-41-107000

Rectangular Connectors - Headers, Receptacles, Female Sockets

310-41-138-41-107000 application field and working principle

Introduction

Built in the shape of a rectangle, the 310-41-138-41-107000 comprises of three separate connectors. The header, the receptacle,and the female socket which all work together to enable flawless data transmissions between digital electronic devices. The common features of this connector include a Push-Pull locking mechanism, an insulated junction, a gold plated contact, and a robust housing.

Header

The header within the 310-41-138-41-107000 comes with 20 pins that have been individually soldered to the printed circuit board. This allows for the maximum amount of electrical signals to be transmitted as the pins are all in close proximity to each other. Installing the header can be done quickly to reduce any potential delays in production. The device can still be manually connected and disconnected if required although this not recommended.

Receptacle

The receptacle, which is often referred to as the plug, is responsible for stabilizing the connection between the printed board and the header. It also ensures that the overall structure is rigid which improves the data transmission speed. This receptacle is made from a flexible alloy with protective electricity shielding and a thermoplastic housing to protect it from any external damage.

Female Socket

The female socket present in the 310-41-138-41-107000 is responsible for protecting any delicate electrical circuits from the risk of short-circuiting. When the device is in use, it ensures that the electronics are not exposed to any stray voltages or currents. As an additional safety feature, it can be operated at high temperatures and can be used with most types of connectors.

Application Field

This type of connector is ideal for a wide range of applications such as medical imaging equipment, semiconductor chips, and scanning hardware. It is also suitable for use in surveillance systems, gaming consoles, and robotics devices. It can even be utilized to create various networking opportunities between multiple electronic devices such as hosting video conferences or establishing wireless connections.

Working Principle

This connector utilizes the principle of electromechanical energy to create a secure connection between two or more digital electronic devices. While the connection is active, the header allows the electrons to pass through to the female socket which converts the electricals into mechanical energy. This energy is then transferred to the receptacle before being sent to the intended device.

Conclusion

The 310-41-138-41-107000 stainless steel combination connector provides an incredibly reliable and robust connection between various digital electronic devices. This is achieved by having a header, a female socket, and a receptacle which all have unique functions and features that enable data to be quickly and securely sent from one device to another at all times.