4-102975-0-38

Rectangular Connectors - Headers, Male Pins

4-102975-0-38, also known as rectangular connectors, include female headers, male pins and other components, which form the basis of electronic connection and communication assemblies. They are used in a wide range of applications, particularly automation, data communications, industrial, instrumentation, medical, networking, and telecom. They provide a reliable and robust terminal connection that often is expected to last long enough to complete many important tasks.

These connectors are often referred to as IDC (intra-device communications) and are designed to provide a fluid transition between two mating components. The 4-102975-0-38 connectors have a wide variety of styles, designs, and sizes to suit the size and shape of the components that they connect together. They come in round pin, square pin, and single-pole (male) version, with multiple connections. The pins can either be male or female and some have interchangeable pins.

The standard 4-102975-0-38 connector has two circular pins, one male and one female. The male pin has two pins with one side being longer than the other, allowing it to fit into the female connector’s slot. When the pins are correctly mated, the electrical connection is made. This type of connection is known as a twisted pair.

The connectors can also be made with multiple pins, depending on the application. The multiple pins are positioned at a right angle to each other and they require a specific polarity to ensure proper electrical connection. These multiple pin connectors are most commonly used in data transfer, power supply, and ground connection applications. The multiple pin connectors come in two varieties, male and female. Male connectors have a flat top style top pin, while female connectors feature a round top.

In terms of working principle, the 4-102975-0-38 connectors are similar with alternating current (AC) and direct current (DC) connections. The contacts on the male and female sides are typically connected together when a voltage is applied. However, when a current is applied, the connections are interrupted and the contacts are reversed, allowing electricity to flow to the other side. This process of alternating between current and voltage is known as polarity switching.

The 4-102975-0-38 connectors are very versatile and are used in a range of applications from automotive to telecom and from medical to industrial. For example, they are used in automotive applications to facilitate the efficient distribution of electrical signals from the dashboard to the engine control module. In the medical sector, they are used in medical instruments for connecting test leads and sensors. In the industrial sector, they are used in conveyor and machinery control systems.

By properly selecting the right connector for the right application, the user can ensure reliable performance and longevity for the device. Manufacturers usually provide specifications for compatibility, accuracy, lifetime, and power supply choices. As such, it is important to carefully consider all the requirements before selecting a connector.