1601091-2

Series:	Siameze
Packaging:	Reel
Part Status:	Obsolete
Style:	Siameze
Terminal Type:	IDC Terminal
Size:	--
Termination:	PCB Post
Wire Gauge:	18-34 AWG
Features:	--

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Terminals - Magnetic Wire Connectors

Magnetic connectors are a type of wire connection terminal that is capable of providing a secure connection between two conductor materials and allows these two conductor materials to be easily connected and disconnected with the help of a magnetic field. The magnetic connectors come in a variety of shapes and sizes, making it possible to accommodate different types of conductors. By using the correct combination of connections, voltage and current can be transferred between two wires without risk of shorting or over powering the connection. The magnetic connector has two parts: the terminal and the base. The terminal is a piece of metal usually made from either copper or aluminum that has two receivers: a longer unused tag and a shorter receiver with a cap. This shorter receiver is the contact point of the magnetic connector. The base is the body of the connector and provides the magnetic field that connects the terminals together. The base can be made from different materials including brass, copper, and stainless steel, and it may also come in a variety of shapes and sizes. The magnetic connection between two wires is established by the magnet of the connector, which generates a Permeable Field through the distance between the two terminals. This Permeable Field increases electrical current and decreases resistance. The current then flows through the terminals, through the wire, and to the source. If the connection is not correctly adjusted, it will disconnect the current, which could cause a short circuit or could lead to the wires overheating. The magnetic connector can also be used for other electrical applications besides connecting two conductor materials. It is also used to secure enclosures, DCDC converters, and other electrical components. This is done by attaching the terminals to the components and using the magnetic field to secure the components into place. There are various types of magnetic connectors available on the market today. They are divided into two main categories: high-current connectors and low-current connectors. High-current connectors are used for higher wattage applications that require uninterrupted current supply, while low-current connectors are typically used in applications with a lower power demand. In addition, there are also non-magnetic connectors on the market. These connectors are typically used in applications where a strong magnetic pull may be detrimental to the device. They operate in the same way as magnetic connectors, but do not require a magnet or an external electric field to secure the connection. These connectors are used in applications that require higher speed and less heat conduction than a standard magnetic connector. In conclusion, the 1601091-2 application field and working principle associated with magnetic wire connectors is ideal for connecting two conductor materials together and also providing a secure connection for other components. The use of a Permeable Field to decrease resistance and increase the current allows for a secured connection without risk of shorting or over powering the wires. The variety of types available on the market also makes it easy to find the right connector for any job.Reference M.M. Tuncay, A. Cerit, Y. Leblebicioglu, H. Kose. Microstrip magnetic connector: A review. Microelectronic Engineering, Volume 62, 2001, Pages 111-120.

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