4-103329-0-04

Rectangular Connectors - Headers, Male Pins are an integral part of electrical systems used in modern electronic devices. A 4–103329–0–04 male pin connector is an electrical connector consisting of two or more conductive pins that are usually inserted into plated holes in a printed circuit board. This type of connector is often used in applications that require the connection of two or more wires and is designed to provide electrical connectivity and a mechanical bonding effect between two components. As such, it is essential to understand the general application field and working principle of this type of connector.

The application field for 4–103329–0–04 male pin connectors is vast. These connectors are commonly used in the automotive, industrial, and medical industries, and can also be used in consumer electronics and home appliances such as TVs, microwaves, washing machines, and cell phones. In vehicles, they are used for various wiring, including for powertrain, fuses, and air conditioning units. In industrial settings, they are employed in communications, automation, and control systems. In the medical field, male pin connectors are used to connect electronic components within medical devices, from X-rays to electrocardiograms.

The working principle behind 4–103329–0–04 male pin connectors is fairly straightforward. The pins are inserted into a PCB with an accurately sized hole, and then soldered in place. This creates an electrical connection and a mechanical connection, thus providing the desired electrical connection while also providing stability and strength. The pins are typically made of copper, brass, nickel, or stainless steel coated with tin-lead alloy that will resist oxidation and corrosion. Additionally, the pins can be equipped with a contact protection sleeve, which provides additional protection against accidental short circuits.

The 4–103329–0–04 male pin connector is one of the most commonly used connectors in the electronics industry, providing reliable electrical connections and mechanical bonds. It is used in a wide range of applications, from automotive and industrial engineering to consumer electronics and medical devices. In addition, its working principle is quite easy to understand, as it simply involves inserting the pins into a PCB and soldering them in place, thus providing an electrical connection, as well as a mechanical connection, and contact protection. Finally, these connectors come in different shapes and sizes, as well as with a variety of pin materials, to ensure that they meet a variety of needs and requirements.