GPIB agilent 5752A

[prajwal.prithviraj]

I have connected 2 ,5752A power supply to the GPIB. which i whcih ON either of one and control the supply the system works fine.

if I switch on both the power supply , the Max is not able to access.

Is this becasue both the power supply of same make (N5752A).

How to set the GPIB address for N5752A(I know i should contact to Agilent for this )

Can you please help me in recognising both the power supply at the same time.

Regards,

Prithviraj

[Albert.Geven]

Check the user manual. It took me 6 pages to find:
Press OCP/488 for 3 seconds and then use the voltage knob to change the gpib address

[prajwal.prithviraj]

thanks you very much.

I am getting one more issue in the same ATE .I am not able to detect TTi signal generator 12104.

can you please guid me how to check the GPIB addres for this .

[Albert.Geven]

same story

check the user manual

The GPIB address is set from the remote menu on the UTILITY screen, see System Operations section.

Remote Interface Setup
Pressing remote... calls the REMOTE setup screen which permits RS232/GPIB/USB choice and selection of address and Baud rate.

Address and Baud Rate Selection
For successful operation, each instrument connected to the GPIB, USB or addressable RS232
system must be assigned a unique address and, in the case of addressable RS232, all must be
set to the same Baud rate.
The instrument’s remote address for operation on both the RS232 and GPIB interfaces is set via
the remote screen on the UTILITY menu:
REMOTE:
Interface: RS232
◊address: 05
◊baud rate: 9600
With interface selected with the interface soft−key, the selection can be stepped
between RS232, USB and GPIB with successive presses of the soft−key, the cursor keys or by
using the rotary control.
With address selected, the soft−key, cursor keys or rotary control can be used to set the
address.
The address setting is used in USB mode to allow the PC to access up to 30 different
instruments.
With baud rate selected, the soft−key, cursor keys or rotary control can be used to set the
baud rate for the RS232 interface.
When operating on the GPIB all device operations are performed through a single primary
address; no secondary addressing is used.
NOTE: GPIB address 31 is not allowed by the IEEE 488 standards but it is possible to select it as
an RS232 address.