IC Testing

You can add Multi-I/O card to expand parallel printer port, then tester can use the printer port on main board and printer can use the other port on I/O card.

Yes, the program can be used in new software, but you should add "#define VER002A" in front of "#include " of the old version. If necessary, the claim of "eotest()" should be deleted.

Yes. TR6010 has two commands, SEQBEG and SEQEND. In these two command blocks, the other commands in between will execute site by site.

Without Local Memory Board, pattern cannot be inputted for functional test, while DC test will be no problem.

If the pattern's depth inputted is smaller than the minimum depth of Local Memory board, it will be no problem; if the depth is between the minimum and the maximum, Local Memory board is suggested to be put from left to right, from deep to swallow, and the width and depth should be match the pattern's need. The other swallow Local Memory boards doesn't need to input any pattern.

Each PEB16 Board has a PMU, so PMU can be added by adding PEB16 Board. Besides, you can add HVPMU Board which has two HVPMU, and you can adjust the quantity of PEB16 or HVPMU Board to have the PMU you want.

Set Waveform Format as RTZ and Stop time after TP ending.

When executing Multi-Site Test, the hardware distribution is for maximum sources. It means when the quantity PEB16 Board is fixed, the quantity of each Site's PEB16 Board is different and the Site location is different too.

After the system software is updated, you have to compile and link the program again for a new test execution file.

There are 32 Software BINs and 8 Hardware BINs, and every four Software BINs correspond to a Hardware BIN, such as Software BIN 1, 9, 17, 25 corresponding to Hardware BIN 1 output, Software BIN 2, 10, 18, 26 corresponding to Hardware BIN 2 outputK BIN 1 to 8 sent by EPPinf Board JP1 to JP4 are Hardware BIN, and Software BIN can be obtained from system software summary.

There are 0, 1, L, H, Z, X, J, and Q in TR6010 pattern symbol, and "Z" can test Tri-state output IC. In order to test if the IC output is High-Z, you have to write "Z" in pattern and add bias in the output pin. The voltage should be set between VOL and VOH, and the better is (VOL+VOH)/2. Thus, when the output pin voltage is between VOL and VOH, it is "Pass", otherwise "Fail"