0520041010

Series:	52004
Packaging:	Tray
Part Status:	Active
Connector Type:	Ribbon Cable
Number of Positions:	10
Cable Pitch:	0.059" (1.50mm)
Board-Side Pitch:	0.118" (3.00mm)
Number of Rows:	1
Row Spacing:	--
Mounting Type:	Through Hole, Press-Fit
Cable Termination:	Poke-In
Wire Gauge:	24-26 AWG
Features:	Cover
Contact Finish:	Tin
Contact Finish Thickness:	--
Color:	--
Number of Positions Loaded:	All

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Rectangular Connectors - Board In, Direct Wire to Board

Rectangular connectors come in several different types, with board-in or direct-wire configurations being the most common. The type chosen for a particular application will depend on the electrical requirements of the project. This article will take a closer look at board-in and direct-wire rectangular connectors and explore their advantages and disadvantages.Board-in connectors are designed to be mounted to a printed circuit board. These connectors are often the most economical choice, as they eliminate the need for separate wiring, and require only a single hole in the PCB for mounting. The board-in connection also reduces the chance of arcing and provides an overall cleaner aesthetic, as the wiring is largely hidden from view. However, board-in connectors are not without their downsides. One of the major drawbacks to this type of connector is that they can be quite difficult to mount. Unlike direct-wire connectors, which can be simply inserted and tightened to a board, board-in connectors require the user to precisely align the connector with the PCB before locking it into place. Additionally, board-in connectors usually require larger PCB designs and may take up more space than their direct-wire counterparts. Direct-wire connectors, as the name implies, connect to individual wire strands which are then attached to the board. This provides a more secure connection, and eliminates the need for dedicated PCB installation points. In contrast to board-in connectors, direct-wire connectors are relatively easy to install, allowing for quick prototyping and modification. However, direct-wire connectors also come with several potential drawbacks. First, these connectors require a more involved installation and wiring process, which can add cost and complexity to a project. Furthermore, the wires must be carefully secured to the board in order to maintain reliable electrical contact. Finally, direct-wire connectors may take up more space than board-in connectors, as the exposed wires may protrude beyond the boundaries of the PCB.Overall, board-in and direct-wire connectors each provide different advantages and disadvantages for certain applications. The type chosen should be based on the electrical requirements, size constraints, and intended use of the project. Ultimately, the best type of connector will depend on the individual application.

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