4-103329-0-35

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Rectangular Connectors - Headers, Male Pins, have become more and more popular over the years. They are an increasingly essential part of many modern electronics products. The 4-103329-0-35 is part of this family of devices. This device can give great advantages to the user in terms of ease of installation, durability, and cost. This article will discuss the 4-103329-0-35’s application field and working principle.

Application Field

The 4-103329-0-35 is designed to be used in a variety of applications. It has been used successfully in automobiles and other automotive applications as well as aircraft applications. It can also be used in industrial control systems, aircraft avionics systems, and robotics applications. This device is also used in communication systems, medical imaging systems, and computer bus systems.

The flexibility of this device allows it to fit in many different environments. For example, the 4-103329-0-35 can be manufactured to meet the tight space requirements of automobiles. It can also be designed to smaller sizes and thicknesses to fit into more confined spaces. It is also designed to meet common and high-speed transmission requirements.

Working Principle

The 4-103329-0-35 is a two-piece connector which consists of an outer housing and inner contacts. The device is designed to connect two printed circuit boards, or to couple two sections of a terminal block. The outer housing of the connector is designed to provide mechanical support to the contacts as well as shielding from environmental elements. The contacts themselves are designed to provide electrical continuity and allow for the transfer of data from one circuit board to another.

The contact pins of the 4-103329-0-35 are typically made from brass or bronze and are plated with a high-temperature nickel or gold plating. The contacts are crimped to both sides of the ground dependent upon the design requirements. The contacts are then fitted into the housing with a pressure slide mechanism or flap to secure them in place. The housing is also designed to include an onboard latch to secure the two pieces together properly when in use.

In order to provide reliability of connection and operation, the 4-103329-0-35 has a bending relief feature which allows the pins to move and maintain durable contact during high-vibration applications. This feature also helps to provide protection against short-circuiting due to position changes. The 4-103329-0-35 is also designed to provide a consistent connection even when there is varying amounts of thermal expansion in the circuit boards.

When the two pieces are mated together, the device’s contacts and housing form a connection that is durable, reliable, and capable of carrying high currents. The 4-103329-0-35 is suitable for a variety of voltages, frequencies, and temperatures. This makes the device a highly reliable and efficient choice for many applications.

In conclusion, the 4-103329-0-35 is an ideal device when it comes to providing reliable connections in a variety of applications. It is designed to provide mechanical support to its contacts, to provide shielding from environmental elements, and to provide consistent connections even when there is thermal expansion present. It is a highly durable and reliable device, making it a great choice for many different applications.

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