0900-1-15-00-00-00-11-0

Series:	0900
Part Status:	Active
RoHS Status:	RoHS Compliant
Material:	Copper Alloy
Plating:	Gold
Plating - Thickness:	20µin (0.51µm)
Mounting Type:	Surface Mount

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Contacts

The 0900-1-15-00-00-00-11-0 application field and working principle are based around contacts. A contact can be a fixed terminal or a moving part that engages and disengages depending on the application. Contacts are generally divided into two families: quick make/break contacts and slow-make/slow-break contacts. Quick make/break contacts are designed to switch or break electrical circuits very quickly. They work on a very short on/off cycle, usually just milliseconds. Slow-make/slow-break contacts are designed to bridge or break electrical circuits over a longer period of time. Contacts are also categorized according to their design and according to their line/load handling capabilities. Generally, a contact is either a single contact which opens or closes an electrical circuit, or a pair of contacts (normally open/normally closed) linked together that can open and close at the same time. Common contact materials used in switch designs include metals such as copper, brass, aluminium, nickel, stainless steel, and gold. Contacts can also be organic materials such as resins, wetted polyester and ABS plastic, and these are often used for low cost devices. Formed contacts are usually combined with a spring to establish initial contact pressure and to ensure good electrical continuity.

Spring Loaded and Pressure

The spring loaded and pressure aspect of the 0900-1-15-00-00-00-11-0 application field and working principle is to ensure electrical continuity and reliability. The spring consists of flat or coiled wire springs, and various types of springs and pressures can be used. Compressing a spring is the most common way to provide pressure to contacts. This gives the contacts sufficient pressure to hold when the source of power is disconnected. Pressure is also used to ensure physical contact between the moving and stationary contacts. Furthermore, when pressure is applied, mechanical forces can be used to pull the contacts apart when they open, and push them together when they close. The design of the springs used in the 0900-1-15-00-00-00-11-0 application field and working principle must be carefully considered. The spring material affects the contact force, bounce force, electrical and thermal performance, contact stability and wear resistance. The use of elastic material such as beryllium copper or phosphor bronze is often used to provide force or increase force, and to provide stability.When considering the 0900-1-15-00-00-00-11-0 application field and working principle it is important to note that pressure should be applied correctly and evenly. Too much pressure can cause damage to the contacts, and too little pressure can cause contact problems. The spring must also be able to retain the proper preload force for a long period of time. The pressure should also be adjusted for different switching speeds and electrical properties.

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