20-6625-31

Number of Positions:	20
Pitch:	0.100" (2.54mm)
Number of Rows:	2
Row Spacing:	0.600" (15.24mm)
Mounting Type:	Through Hole
Termination:	Solder
Features:	--
Contact Finish:	Gold
Contact Finish Thickness:	10.0µin (0.25µm)
Color:	Black
Series:	625
Packaging:	Bulk
Part Status:	Active
Connector Type:	DIP, DIL - Header
Contact Type:	Solder Cup

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Introduction To 20-6625-31 Rectangular Connectors - Headers, Specialty Pin

Rectangular Connectors – Headers, Specialty Pins are widely used electrical components for building high quality electrical circuit connections. They are typically used to bridge two points in a circuit that need to be connected, so that signals, power, or data can be delivered across the connection. With the advancement of technology, these rectangular connectors have been designed to be more advanced, reliable, and effective than ever before.

Types of 20-6625-31 Rectangular Connectors - Headers, Specialty Pins

The most commonly found rectangular connector - headers, specialty pins include those made of high temperature grade materials, solder cup single pins, insulation displacement contacts, and user-friendly board locks. Depending on the design and specifications, these pins can also have various other features such as strain relief, dust protection, snap-in design, and latching. Popular designs include board-to-cable, board-to-board, panel-to-cable, board-to-component, panel-to-panel, and modular solution variants.

20-6625-31 Rectangular Connectors – Headers, Specialty Pin Application Field

20-6625-31 rectangular connectors – headers, specialty pins can be applied in many fields such as consumer-level circuit boards, computer parts, medical measurement and equipment, communication components, automotive parts, and industrial-level circuit boards. These connectors are particularly suitable for connecting digital and analog signals with the external interface of a microprocessor, especially those that are used on a regular basis. The 20-6625-31 rectangular connectors – headers, specialty pins are also frequently used in the telecommunications industry. These connectors are designed to provide stable, reliable connections between components in a telephone switching system, which is critical to the quality of voice transmission.

20-6625-31 Rectangular Connectors – Headers, Specialty Pin Working Principle

The 20-6625-31 rectangular connectors - headers, specialty pins are designed to connect two parts or components with a specific type of contact. These connectors are designed with one set of contacts that will mate with the corresponding set of contacts of another component, allowing signals, power, or data to be transferred between the two components. These connectors are typically made with a special type of connector with a U-shaped contact pins inside a housing that holds them in place. The contacts are usually made of gold and bronze alloy, with a conductive element such as a spring or rivet that helps ensure a reliable connection between the contacts. Typically, the contacts are mechanically attached together by pin-and-sleeve structure. The contacts within the 20-6625-31 rectangular connectors - headers, specialty pin connector are protected from any wear or damage because of its rigid construction. These connectors generally have high current carrying capacity, high dielectric strength, and good dimensional stability that provides superior performance and more reliable electrical connections.

Conclusion

In conclusion, the 20-6625-31 rectangular connectors – headers, specialty pins are essential components of many different electronic devices and systems. They are designed to ensure reliable connection, high current and voltage rating, and superior performance. They have a wide range of applications in various fields such as consumer electronics, computer parts, medical measurement and equipment, communications components, automotive parts, and industrial-level circuit boards. By understanding the working principle of this type of connectors, they can be applied effectively to create improved electrical connections.

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