Latest CAM350 Version

[Ryan Marston]

What version of CAM350 is everyone using and how would I go about getting it. I am currently using version 6.0

Thanks

[randychase]

I have version 7.01.

It's an interesting time because Innoveda sold it off to Downstream and I have yet to see any formal announcement about maintenance and support. Maybe I missed it?

Were you on maintenance?

[Ryan Marston]

yeah we are on maintenance.

I did go to the innoveda website and found a version 7 install there. Do you think we should download it from innovedas site or call downstream?

[randychase]

Yeah, I would d/l from Innoveda.

[Lameris]

You will need to call for a new license for V7. But you should get that within the 7 days...

[metal-domes]

I'm also using the version 6.0

[timnorton]

I am at version 9.5.1

Latest is 10.0

[thamotharak@gmail.]

Hello friends,

I'm very new to this forum and I have a question on burn-in board testing.

We have designed a burn-in PCB board for our customer for testing the BGA IC's (901pins). The burn-in board is a multipurpose board that can be used for any type IC with of 901 pins. The burn-in board contains four ICs and each IC has five different voltages (3.3V, 2.5V, 1.8V, 1.2V, 0.9V) pins, signal pins (input pins, output pins and bidirectional pins) and clock pins. We need to test this IC with the temperature of 85°C.

When the test was carried out in the oven, it was noticed that the current drawn increased linearly with time for 1.2 V. All other current reading stayed constant.

Why the current drawn increased linearly with time for 1.2 V?

Would anyone know why this would happen ?

One thing we noticed was that we gave a 1.5 Mhz signal as input in all signal pins and clock pins. We don't know whether the signal pins should be grounded or connected to a voltage or left open (O/P pins) during these tests.

Could this be the reason ? Or is there someother basic reason why currents increase over time during such tests?



please tell me



how to test this Burn-in board test ?