DO-CPLD-DK-G Xilinx Inc, DO-CPLD-DK-G Datasheet - Page 56

• Manufacturer Part Number: DO-CPLD-DK-G
• Description: KIT DESIGN CPLD W/BATT HOLDER
• Manufacturer: Xilinx Inc
• Series: CoolRunner™- IIr
• Type: CPLDr

Specifications of DO-CPLD-DK-G

• Contents: Proto Board, Download Cable, Samples, Software
• For Use With/related Products: CoolRunner-ll, XC9500XL
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 122-1512

Chapter 3: Xilinx Design Software
46
Place & Route
Download
Translate
Program
Schematic
Fitting
Capture
Netlist
Libraries
Implementation
System Debug
Verification
Simulation
Back-Annotation
Timing Analyzer
Synthesis
In-system programming has an added advantage in that devices can be soldered directly
to the PCB (such as TQFP surface-mount-type devices). If the design changes, the devices
do not need to be removed from the board but simply re-programmed in-system.
The device is now working, but you still need to verify that the device works in the actual
board, a process called system debug. Any major problems here mean that you have made
an assumption on the device specification that is incorrect, or have not considered some
aspect of the signal required to/from the programmable logic device. If so, you can collect
data on the problem and go back to the drawing (or behavioral) board. The “Design Tools
Center” web pages cover both the Xilinx ISE tools suite as well as design tools from our
software partners. It is arranged by the following topics:
Dynamic Verification
You can save time by using dynamic verification to intercept logical or HDL-based errors
early in the design cycle. By exposing a design to realistic and extensive stimuli, you can
find many functional problems at this stage. The following dynamic verification tools are
supported:
Device
Vectors
HDL
Test
Figure 3-5: Device Implementation – Download/Program
www.xilinx.com
ISP – In System Programming and Downloading
Download
Cable
Conventional Programming
Programmable Logic Design
Target Device
Programmer
on PCB
June 12, 2006
Target
Device
R