Add new 3805 board
Peter Filip asked that another SIS3805 board be installed at MC7b. He mentions "... PREP could not confirm these SIS 3805 boards were 100% OK ..." and that they hope to use ECL inputs to the cards.
Dennis responded with the following configuration information:
We only use the
A16address space, so what really matters are the
A16rotary switch, the
J_A11jumper, and the enable
A16jumpers. I think the
A16rotary is the topmost one in your photo.
J_A11is just beside it. The EN_A32/24/16 jumpers are beside the 4th rotary (from the top). So what you want is
J_A11and EN_A32/24/16 set the on the existing card. and the
A16rotary set to something than your existing card. From the s/w configuration files, I think your existing
A16is 7. So having 3 on this one is great. That will work.
J_A11set (well, make it the same as the existing one), I think being open is a 1.
From what I can tell from the photo, it looks like you have
EN_A32set, but 24 and 16 off. Make the
A16jumper on, but the others off (again, it should look like the existing one). More details here:
#1 Updated by Richard Neswold 3 months ago
On June 26th, Dennis reports:
I created the devices (named
Z:NOVTSD**and have the front-end talking to the boards (1 at a time). Currently talking to the one at 9. I got the same result with the board at address 3. I don't successfully see anything counting. As soon as I enable any of the channels, 7, or 15, or whatever, I see the channel 0 reading go to
0xffffffff), but nothing on the channels I enable.
I do note that these two cards are a different version of firmware (1, instead of 2) than the 3805 that we've dealt with successfully in the past. But I hope that isn't the problem here.
#2 Updated by Richard Neswold 3 months ago
On June 27th, Peter responded:
It appears New SIS 3805 boards we are trying to use are ECL type, because FLAT cable input of TTL type would have (+) pin connected to ground (see attached), and I have tested right now: none of the pins on input socket is connected to Ground. Also, there is a removable 100 Ohm resistor network (8x each) before each four 74F245 Transceivers.
"Old" VME scaler board, which works (mapped as
Z:NOVTSCxx), is of 3800 type, while new boards are 3805 type. They came from PREP with "CDFx" address, and with Jumper 500 setting [On,On,Off] = custom Firmware. I have selected Jumper 500 [On,On,On] = Default Firmware. (there is a chance to try using original [On,On,Off])
When New board was enabled and "reading data" yesterday (Yellow LED "A" flashing), the Red Led "OVL" was also flashing. OVL Led On = Copy In Progress (CIP). This looks OK, I think. (?)
Another difference is: "old" board has J101 - J108 set ON (LEMO 8x inputs) while new boards have J101 - J108 OFF (Flat 20 pin input). J101-J108 means disabling 100Ohm termination of "Control Inputs", so this should not affect counting of input channels, I think.
I can still test the input channel data CABLE orientation, although, my checks were suggesting the orientation was OK, with red wire at "1"....
I suggest to test the original firmware = Jumper 500 setting, and cable orientation in the morning.
Board with address "3" is in my hands now = it was removed from VME crate yesterday evening.
Board with address "9" is in VME crate, it was communicating OK = flashing Yellow light.
And later in the day:
I plugged in also board with address "3" this time with original J500 = (ON,ON,OFF), and board with address "9" is with J500 = (ON,ON,ON) = 0,0,0, = default firmware. Board "9" communicates (Yellow light flashing) and this time = now = "OVL" (red LED) stays OFF.
I will enable
Z:NOVTSDxxnow using ACNET console.
Both boards "3" and "9" get 10Hz input ECL at ch. 07 and 15 = the last ch of input A)
Z:NOVTSDxxon ACNET, the LED Red "OVL" light is flashing on the board Adrressed as "9", being currently read = Yellow Light ON.
#3 Updated by Richard Neswold 3 months ago
On June 27, Peter further added:
I have played with input cables of Board "9".
Z:NOVTSD00is probably broken, reading #FFFF, or the real count (17 now).
B) by plugging/unplugging input data cable, I was able to increase counts. on these channels (see attached) on new SIS3805 board "9".
I will try to clear the counter channels 00-32 using Control Input, on board "9" NOW.
We think, there is a possibility, that ECL control input has "Inhibit count" control signal set by default; the board is Not counting.