96 Pin 1.27mm Pitch Micro-D Connector Blocks for Pickering Products
The connector blocks below are suitable to use with Pickering cards and modules that utilize a 96-pin micro-D connector.
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Product
96-Pin Micro-D Connector Block, Female Without Backshell
92-965-096-F
Connector Block
This connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage.
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Product
96-Pin Micro-D Connector Block, Female With Screwlocks
40-965-096-F
Connector Block
This connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Product
96-Pin Micro-D Connector Block, Male Without Backshell
92-965-096-M
Connector Block
This connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage.
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Product
96-Pin Micro-D Connector Block, Female With Backshell
44-965-096-F
Connector Block
This connector block provides a simple method of connecting to high density 96-Pin SCSI Style Micro-D BRIC connectors. The screw terminals accept wires up to 20 AWG and use a rising cage screw clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Product
96-Pin Micro-D Connector Block, Male With Backshell
40-965-096-M
Connector Block
This connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Product
96-Pin 1.27mm Pitch Male Breakout DIN Rail
40-967-096-M
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Connector blocks provide a convenient method of termination without the use of custom cabling. However, a higher resistance path, lower capacity ratings and lower voltage ratings are typical. This termination option is capable of accepting heavy duty connection wires and uses rising clamp screw terminals to minimize the danger of copper strand damage. Users should care take to protect the termination and provide a suitable method of restraining the cables.
