Xilinx HW-USB-FLYLEADS-G Flying Leads USB-II Platform Cable

RS Stock No.: 697-3456Brand: XilinxManufacturers Part No.: HW-USB-FLYLEADS-G
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Technical Document

Specifications

Brand

Xilinx

Featured Device

USB-II Platform Cable

Kit Name

Flying Leads

PRICED TO CLEAR

Yes

Product details

Flying leads adaptor for USB-II Platform Cable, Xilinx

The adaptor makes possible to use flying wires for connections to distributed terminals on a target system.
The adaptor is a small circuit board with two connectors.
The connector on the bottom side of the adapter mates with the 14-pin Platform Cable USB II male 2-mm connector. A 7-pin right-angle header on the top side of the adapter mates with the standard Xilinx flying wire set.
Flying Leads : Provide pins on your printed circuit board for your desired configuration mode. For example, Boundary-Scan configuration would require VCC, GND, TCK, TDO, TDI and TMS header pins. Each lead is labeled to identify the proper pin connection.

Programmable Logic Programming

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P.O.A.

Xilinx HW-USB-FLYLEADS-G Flying Leads USB-II Platform Cable

P.O.A.

Xilinx HW-USB-FLYLEADS-G Flying Leads USB-II Platform Cable
Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Xilinx

Featured Device

USB-II Platform Cable

Kit Name

Flying Leads

PRICED TO CLEAR

Yes

Product details

Flying leads adaptor for USB-II Platform Cable, Xilinx

The adaptor makes possible to use flying wires for connections to distributed terminals on a target system.
The adaptor is a small circuit board with two connectors.
The connector on the bottom side of the adapter mates with the 14-pin Platform Cable USB II male 2-mm connector. A 7-pin right-angle header on the top side of the adapter mates with the standard Xilinx flying wire set.
Flying Leads : Provide pins on your printed circuit board for your desired configuration mode. For example, Boundary-Scan configuration would require VCC, GND, TCK, TDO, TDI and TMS header pins. Each lead is labeled to identify the proper pin connection.

Programmable Logic Programming