PESA Cheetah 1024x256, Manual

Page: 160 / 235

C
HEETAH
S
ERIES
S
WITCHERS
– C
HAPTER
11
81-9059-0570-0 Rev. C
Proprietary Information of PESA S
WITCHING
S
YSTEMS
, I
NC
. 145
11.1.2.5 512x512 and 1024x256 Cheetah Chassis Power Supplies
The power supply locations for these chassis will be at the very top of the frame as shown in Figure
63. However, the other component configurations will differ.
8 8 8 8 8 8 8 8
MAT RI X FR A ME CO N TR O LL ER
C OMMU N IC A TI ON S
R X R X L N K VT 2
TX
PR C
RX
T X
SC RO L L
R ESE T AC TI VE
T X
422 AC T
N ET VT 1
+2 8
+5
+3
CO N TR O L ST ATU S
G N D + 5V + BA TT ER Y
RU N AC TI VE
B AT TE RY RE SE T MO D E
A CT IV E
S TA ND BY
G N D + 5V + BA TT ER Y RU N AC TI VE B AT TE RY RE SE T MO D E
A CT IV E
S TA ND BY
8 8 8 8 8 8 8 8
MAT RI X FR A ME CO N TR O LL ER
C OMMU N IC A TI ON S
R X R X L N K VT 2
TX
PR C
RX
T X
SC RO L L
R ESE T AC TI VE
T X
422
AC T
N ET
VT 1
+2 8
+5
+3
CO N TR O L ST ATU S
P S600
P WR O K
A LER T
+ 28V
G N D
P S600
PWR OK
ALE R T
+28 V
GN D
P S600
PWR OK
ALE R T
+28 V
G ND
PS 600
PWR O K
ALE RT
+28V
GN D
PS 600
PWR O K
ALE RT
+28V
GN D
PS 600
P WR O K
A LER T
+ 28V
G N D
PS 600
P WR O K
A LER T
+ 28V
G N D
PS6 00
P WR O K
A LER T
+ 28V
G N D
P S600
P WR O K
A LER T
+ 28V
G N D
P S600
PWR OK
ALE R T
+28 V
GN D
P S600
PWR OK
ALE R T
+28 V
G ND
PS 600
PWR O K
ALE RT
+28V
GN D
PS 600
PWR O K
ALE RT
+28V
GN D
PS 600
P WR O K
A LER T
+ 28V
G N D
PS 600
P WR O K
A LER T
+ 28V
G N D
PS6 00
P WR O K
A LER T
+ 28V
G N D
Mat rix
64 x 64
+ 28V
+3. 3V
+2. 5V
C TR L
E R R
IN
U S E
Ma tri x
64 x 64
+ 28V
+3. 3V
+2. 5V
CT R L
E RR
I N
U SE
Ma tri x
6 4 x 64
+ 28V
+3 .3V
+2 .5V
CT R L
E RR
IN
US E
Mat ri x
64 x 64
+ 28V
+3. 3V
+2. 5V
CT RL
E RR
IN
U S E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
CT R L
E RR
IN
US E
Ma tri x
6 4 x 64
+ 28V
+3 .3V
+2 .5V
CT R L
E RR
IN
US E
Mat rix
64 x 64
+ 28V
+3. 3V
+2. 5V
C TR L
E R R
IN
U S E
Mat rix
64 x 64
+ 28V
+3. 3V
+2. 5V
C TR L
E R R
IN
U S E
Mat rix
6 4 x 64
+ 28V
+3 .3V
+2 .5V
C TR L
ER R
IN
US E
Mat rix
6 4 x 64
+ 28V
+3 .3V
+2 .5V
C TR L
ER R
IN
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
E R R
IN
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
US E
Mat rix
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+ 28V
+ 3.3 V
+ 2.5 V
C TR L
E R R
IN
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat rix
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat ri x
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C T RL
ER R
I N
U SE
Mat ri x
64 x 64
+2 8V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 64
+28 V
+3. 3V
+2. 5V
CT RL
E RR
I N
U SE
Mat ri x
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C T RL
E RR
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+ 28V
+ 3.3 V
+ 2.5 V
C TR L
E R R
IN
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat rix
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat ri x
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C T RL
ER R
I N
U SE
Mat ri x
64 x 64
+2 8V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 64
+28 V
+3. 3V
+2. 5V
CT RL
E RR
I N
U SE
Mat ri x
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C T RL
E RR
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+ 28V
+ 3.3 V
+ 2.5 V
C TR L
E R R
IN
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat rix
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
US E
Mat rix
64 x 64
+ 28V
+ 3.3V
+ 2.5V
C TR L
ER R
IN
US E
Mat ri x
64 x 6 4
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28V
+ 3.3 V
+ 2.5 V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat rix
64 x 64
+28 V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 6 4
+28V
+ 3. 3V
+ 2. 5V
C T RL
ER R
I N
U SE
Mat ri x
64 x 64
+2 8V
+3. 3V
+2. 5V
C TR L
ER R
I N
U SE
Mat ri x
64 x 64
+28 V
+3. 3V
+2. 5V
CT RL
E RR
I N
U SE
Mat ri x
64 x 6 4
+28 V
+ 3. 3V
+ 2. 5V
C T RL
E RR
I N
U SE
OUTPU T MONITOR CA RD CONTROL
E RROR
POWER OK
IN USE
FIGURE 63: 512x512 and 1024x256 Cheetah Chassis Power Supply Banks
You can install up to 16 power supplies. A minimum of 3 power supplies
must be installed and each bank must have at least one power supply
installed. Each slot must have either a power supply or a blank installed.
You can install them in any slot.
In the 512x512 and 1024x256 chassis, a power supply must be
populated in each Power Supply Bank, which is a minimum of three
power supplies. This is required for the monitoring of the cooling fan
system.
Bank A (1-4) Bank B (5-8)
Bank C (9-16)