4-103741-0-16

Rectangular Connectors, namely Headers, Male Pins or Female Sockets, are used extensively in the fields of electronics, electrical engineering, and data networking as a convenient means of connecting multiple devices together for the purpose of data transfer. This article will explore the application field and working principle of 4-103741-0-16, a Rectangular Connectors/Headers product.

Types of Rectangular Connector

There are three main types of Rectangular Connector:

• Single In-Line Pin Connectors (SIPs, sometimes known as Pin Headers)
• Dual In-Line Pin Connectors (DIPs, sometimes known as Header Pins)
• Panel-Mount Connectors (sometimes known as Female Sockets)

All of these types are built to accept multiple terminals; these terminals, known as \'pins\' (for SIPs and DIPs) or \'holes\' (for panel-mount connectors), allow for power cables, control cables, or signal cables to be connected into the connector.

Application fields of 4-103741-0-16

4-103741-0-16 is a commonly used Rectangular Connector. It consists of a small number of terminals (in this case, 16) arranged in a parallel line pattern. This particular type is known as a single in-line pin connector, or SIP; it is designed to provide a common connection point for two or more wires or cables to join together. This is useful for a variety of industries, in which quick and easy electrical connections are required. Some common fields of use include:

• Industrial Automation: allowing many machines or sensors to communicate with one another.
• Consumer electronics: providing a convenient way to add additional features to devices such as cellphones, tablets, and handheld gaming systems.
• Data networking: connecting various networking components together in a computer system.

4-103741-0-16 Working Principle

SIPs such as the 4-103741-0-16 work on a simple principle. Each individual terminal (pin) of the connector is designed to accept a single electrical or data connection. Connections can either be wired directly into the terminals (in the case of pre-wired cables) or, more frequently, by using standard machined connectors. When a connector is mated with its mating part, the corresponding terminals of each part make contact, creating a connection. This connection allows electrical and/or data signals to flow from one part to the other.

The 4-103741-0-16 is designed to be a reliable and secure connection system; each terminal is designed to be an exact match for its corresponding connector, meaning that it will be impossible for the connection to be accidentally mismatched. Furthermore, the terminals are designed to be resistant to corrosion and vibration, ensuring a secure connection that will last for many years.

Conclusion

The 4-103741-0-16 is a single in-line pin connector, commonly referred to as a SIP. It consists of 16 precisely machined terminals, arranged in a line, which allow for multiple electrical and/or data connections to be made quickly and easily. The 4-103741-0-16 has many applications, ranging from industrial automation to consumer electronics, and has become an industry standard in the field of Rectangular Connectors. Its simple and secure working principle ensures reliable performance over extended periods of time.