MVD schematics and layouts
All of these files were setup to print in large format (24 by 34 inches).
All of the "eps" format files are actually gzipped version of "epsi" --
apparently some variation on encapsulated postscript.
MVD1 (one of the two parities of power/comm boards). This is a 10 layer board.
Schematic in either gzipped ps format ( page 1,
page 2 (modified to turn yellow lines black),
page 3)
or pdf format ( page 1,
page 2, page 3)
Top layer layout+pads+silkscreen (eps or
pdf).
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over.
Second layer layout(+pads from top layer) (eps or
pdf).
MVD2 (the other of the two parities of power/comm boards). This is a 10 layer board.
li>Schematic in either eps format ( page 1,
page 2, page 3)
or pdf format ( page 1,
page 2, page 3)
Top layer layout+pads+silkscreen (eps or
pdf).
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over.
MVD3 (One of the two parities of motherboards). This is a 10 layer board.
Schematic in either (gzipped) ps format (
page 1,
page 2,
page 3,
page 4,
page 5,
page 6,
page 7)
or pdf format (
page 1,
page 2,
page 3,
page 4,
page 5,
page 6,
page 7)
Top layer layout+pads+silkscreen (eps or
pdf).
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over.
MVD4 Is the other parity of motherboard. I have not made the pictures
for it yet. The schematic is the same, or nearly the same, as MVD3.
MVD5. This is one of two parities of "daughter boards". These boards have
the same, or almost the same, schematic as the power/comm boards. The are for
the pad detectors in the endcaps and therefore the layout is a lot different.
The schematic is the same, or nearly the same, as MVD6 below.
Top layer layout+pads+silkscreen (eps or
pdf).
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over.
MVD6. This is one of the two parities of "daughter boards". These boards have
the same, or almost the same, schematic as the power/comm boards. The are for
the pad detectors in the endcaps and therefore the layout is a lot different.
Schematic: eps format
(page 1,
page 2,
page 3,
)
or pdf format
(page 1,
page 2,
page 3,
).
Top layer layout+pads+silkscreen (eps or
pdf).
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over.
TCIM -- Timing and Control Interface Module. We don't have an electronic
version of the schematic. We do have the layout. This is a four layer board.
Top layer layout+pads+silkscreen (eps or
pdf). aka layer 1.
Layer 2. (eps or
pdf).
Layer 3. Oops, I forgot to make this one.
Bottom layer layout+pads+silkscreen (eps or
pdf). This is the view from the top, which makes it
easy to overlay with the layouts from the other layers, but means it is the mirror
image of what you see when you flip the board over. aka layer 4.
DCIM.
Top layer plus pads and silkscreen
(eps
or
pdf)
Layer 2
(eps
or
pdf)
Layer 3
(eps
or
pdf)
Layer 4 (bottom layer)
(eps
or
pdf)
I do not know which one of these is which,
but I have files called SKF-980R1.DSN
and SKF-1006.DSN which should contain
the DCIM and TCIM heirarchical design files. They should be readable
with the student version or ORCAD, which is available
at this link. I have not tried it yet. Here
are some brief instructions on the program.
updated 13-Mar-2003
John Sullivan