XJTAG XJA-0040 | Adapter for AMD-Xilinx Programming and Debugging Interfaces

Name: XJA-0040 | Adapter for AMD-Xilinx Programming and Debugging Interfaces
Brand: XJTAG
SKU: XJA-0040
Availability: InStock

Manufacturer number: XJA-0040

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XJTAG XJA-0040 | Adapter for AMD-Xilinx programming and debugging interfaces.

Technical Data

Weight (kg):	0

Description

XJA-0040 | Adapter for AMD-Xilinx Programming and Debugging Interfaces

The XJTAG XJA-0040 is a compact connector adapter for connecting a compatible XJLink controller to hardware equipped with the standardized 14-pin AMD-Xilinx JTAG connector.

The adapter connects directly to an XJLink system via its 20-pin connector with a 0.1-inch pitch. On the other side, it provides the signals via a 14-pin connector with a 2-mm pitch in the standard AMD Xilinx pinout.

As a result, the XJA-0040 enables straightforward and reliable interfacing between XJTAG test hardware and AMD-Xilinx-compatible development or target systems. The adapter is particularly suitable for boundary-scan, programming, debugging, and test applications that use a 14-pin Xilinx connector.

Typical Applications:

Boundary-scan testing of electronic assemblies
Programming of AMD-Xilinx devices
Development, commissioning, and troubleshooting
Production and functional testing with XJTAG systems

Product features:

Part number: XJA-0040
Adapter for AMD-Xilinx-compatible JTAG connectors
20-pin connector with 0.1 inches for connection to an XJLink
14-pin output connector with 2-mm pitch
Standard AMD-Xilinx pinout
Compact plug-and-play solution without additional cabling
Compatible with XJLink2, PXI-XJLink2 (in combination with adapter XJA-0032), XJQuad, and ACC-002

About the Manufacturer

XJTAG

XJTAG is a global leader in JTAG boundary scan hardware and software tools for debugging, testing, and programming electronic assemblies. The solutions are used in aerospace, automotive, defense, medical technology, manufacturing, network technology, and telecommunications, among other sectors, and support more efficient development, test, and production processes.