201589-1

Series:	Multimate II
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Type:	Machined
Pin or Socket:	Socket
Contact Termination:	Crimp
Wire Gauge:	16-18 AWG
Contact Material:	Copper Alloy
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)

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Introduction

MULTI CONTACTS are specialty connectors which allow for multiple electrical contacts to be in the same body while allowing for a much smaller form factor than two distinct contacts. Such contacts are extremely helpful in applications where saving on space is a priority, such as military vehicles, medical devices, power converters, and consumer electronics. In this article we will discuss the types of MULTI CONTACTS, the purposes they can be used for, and the principles behind their working.

Types of MULTI CONTACTS

MULTI CONTACTS can be divided into two main categories: single contacts and double contacts. Single contacts, also known as single connectors, are connectors that have only a single electrical contact on them; they are usually used for smaller signals. Double contacts are connectors that have more than one electrical contact on them and is suitable for larger signals. In addition to the categories of single and double contacts, MULTI CONTACTS can also be divided into sub-categories based on their configurations. These include compression contacts, spring-loaded contacts, snap contacts, as well as screw-threaded and bayonet contacts.

Applications of MULTI CONTACTS

MULTI CONTACTS can be used for a variety of applications. These include telecommunications, medical and industrial applications, energy systems, motors, robots, and consumer products.In the telecommunications field, MULTI CONTACTS are often used to carry high-frequency signals and enable quicker and more reliable data transmission. In medical settings, they are commonly used in cardiology and nephrology devices for diagnostics and treatment processes.In industrial applications, MULTI CONTACTS are used to connect multiple pieces of equipment and simplify the wiring necessary for automation processes. In energy systems, they are used in solar, wind, and water systems to ensure safe and efficient power transfer.In motors, MULTI CONTACTS are used to protect wires and components by minimizing the amount of current passing through them. In robots, they are used to provide quick connection and disconnection of various components. Finally, in consumer products, they are used to improve product design by allowing multiple circuits in compact gadgets.

Working Principle of MULTI CONTACTS

The working principles of MULTI CONTACTS are fairly straightforward. In general, they are designed to ensure a reliable connection between two points by maintaining close contact between two or more surfaces.The main components of a MULTI CONTACT are a body and a contact element. The body is typically composed of plastic, metal, or rubber and is designed to protect the contact element from external effects.The contact element, also known as the contact pin, is typically made of metal and is designed to make perfect contact between two points. It is usually a spring-loaded and is designed to remain in contact with the other contact element even when exposed to vibration or shock.

Conclusion

MULTI CONTACTS are specialised connectors which are used in a variety of different applications, from telecommunications to robotics. They are designed to ensure reliable connection between two points by maintaining perfect contact between two or more surfaces. In general, MULTI CONTACTS are composed of a body and a contact element, which is usually spring-loaded to remain in contact with its counterparts even when exposed to vibration or shock. In this article, we discussed the types and applications of MULTI CONTACTS, as well as their working principle.

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