Agilent Technologies 16800 Series Manual do Utilizador descarregar pdf (Página 4)

4

Measurement setup step 3:

Import signal names

Tired of manually entering bus

and signal names on your logic

analyzer? The FPGA dynamic

probe application reads a .cdc file

produced by Xilinx Core Inserter.

The names of signals you measure

will now automatically show on

your logic analysis interface.

Measurement setup step 2:

Map FPGA pins

Quickly specify how the FPGA

pins (the signal outputs of

ATC2) are connected to your

logic analyzer. Select your probe

type and rapidly provide the

information needed for the logic

analyzer to automatically track

names of signals routed through

the ATC2 core.

For ATC2 cores with auto setup

enabled, each pin of the ATC2

core, one at a time, produces a

unique stimulus pattern. The

instrument looks for this unique

pattern on any of its acquisition

channels. When the instrument

finds the pattern, it associates

that instrument channel with the

ATC2 output pin producing it. It

then repeats the process for each

of the remaining output pins

eliminating the need to manually

enter probe layout information.

Measurement setup step 1:

Establish a connection between

the analyzer and the ATC2 core

The FPGA dynamic probe

application establishes a

connection between the logic

analyzer and a Xilinx cable.

It also determines what devices

are on the JTAG scan chain and

lets you pick which one you wish

to communicate. Core and device

names are user definable.

1 2 3 4 5 6 7 8

Comentários a estes Manuais

Sem comentários