Large, triple 16 × 9 high speed, non-blocking switch array
Pin compatible with
AD8177, AD8178 (16 × 5 switch arrays)
Differential or single-ended operation
Supports sync-on common-mode and sync-on color
operating modes
RGB and HV outputs available for driving monitor directly
G = +4 operation (differential input to differential output)
Flexible power supplies: +5 V or ±2.5 V
Logic ground for convenient control interface
Serial or parallel programming of switch array
High impedance output disable allows connection of
multiple devices with minimal loading on output bus
Adjustable output CM and black level through external pins
Excellent ac performance
Bandwidth: 450 MHz
Slew rate: 1650 V/μs
Settling time: 4 ns to 1% to support 1600 × 1200 @ 85 Hz
Low power of 3.5 W
Low all hostile crosstalk
−82 dB @ 5 MHz
−47 dB @ 500 MHz
Wide input common-mode range of 4 V
Reset pin allows disabling of all outputs
Fully populated 26 × 26 ball PBGA package
(27 mm × 27 mm, 1 mm ball pitch)
Convenient grouping of RGB signals for easy routing
APPLICATIONS
RGB video switching
KVM
Professional video
AD8175 (16 × 9 switch array) and
SERIN
SER/PAR
WE
CLK
CS
UPDATE
RST
CMENC
R
G
B
16 x RGB
CHANNELS
R
G
B
Video Crosspoint Switch
AD8176
FUNCTIONAL BLOCK DIAGRAM
D0 D1 D2 D3 D4VPOS
AD8176
45-BIT SHIFT
1
0
INPUT
RECEIVER
G = +2
2
2
2
2
2
2
VBLKVOCM_CMENCONVOCM_CMENCOF F
REGISTER WITH
5-BIT PARALL EL
LOADING
45
PARALLEL L ATCH
45
DECODE
9 × 5:16 DECODERS
144
SWITCH
MATRIX
G = +2
OUTPUT
BUFFER
G = +1
Figure 1. AD8176
DD
DGND
A0
A1
A2
A3
SEROUT
9
SET INDIVIDUAL, OR
RESET ALL OUTPUTS TO OFF
2
2
2
ENABLE/DISABLE
2
2
2
R
G
B
H
V
R
G
B
H
V
9 x RGB, HV
CHANNELS
06596-001
GENERAL DESCRIPTION
The AD8176 is a high speed, triple 16 × 9 video crosspoint
switch matrix. It supports 1600 × 1200 RGB displays @ 85 Hz
refresh rate, by offering a 450 MHz bandwidth and a slew rate
of 1650 V/µs. With −82 dB of crosstalk and −90 dB isolation
(@ 5 MHz), the AD8176 is useful in many high speed video
applications.
The AD8176 supports two modes of operation: differential-in
to differential-out mode with sync-on CM signaling passed
through the switch and differential-in to differential-out mode
with CM signaling removed through the switch. The output
Rev. 0
Information furnished by Analog Devices is believed to be accurate and reliable. However, no
responsibility is assumed by Anal og Devices for its use, nor for any infringements of patents or ot her
rights of third parties that may result from its use. Specifications subject to change without notice. No
license is granted by implication or otherwise under any patent or patent rights of Analog Devices.
Trademarks and registered trademarks are the property of their respective owners.
CM and black level can be conveniently set via external pins.
The outputs can be used single-ended in conjunction with
decoded H and V outputs to drive a monitor directly.
The independent output buffers of the AD8176 can be placed
into a high impedance state to create larger arrays by paralleling
crosspoint outputs. Inputs can be paralleled as well. The AD8176
offers both serial and a parallel programming modes.
The AD8176 is packaged in a fully populated 26 × 26 ball
PBGA package and is available over the extended industrial
temperature range of −40°C to +85°C.
VS = ± 2.5 V at TA = 25°C, G = +4, RL = 100 Ω (each output), VBLK = 0 V, output CM voltage = 0 V, differential I/O mode, unless
otherwise noted.
Table 1.
Parameter Conditions Min Typ Max Unit
DYNAMIC PERFORMANCE
−3 dB Bandwidth 200 mV p-p 450 MHz
2 V p-p 420 MHz
Gain Flatness 0.1 dB, 200 mV p-p 17 MHz
Propagation Delay 2 V p-p 1.3 ns
Settling Time 1% , 2 V step 4 ns
Slew Rate, Differential Output 2 V step 1650 V/μs
2 V step, 10% to 90% 1450 V/μs
Slew Rate, RGB Common Mode 1 V step , 10% to 90% 300 V/μs
Slew Rate, HV Outputs Rail-to-rail, TTL load 400 V/μs
NOISE/DISTORTION PERFORMANCE
Crosstalk, All Hostile f = 5 MHz −82 dB
f = 10 MHz −74 dB
f = 100 MHz −56 dB
f = 500 MHz −47 dB
Off Isolation, Input-Output f = 10 MHz, RL = 100 Ω, one channel −90 dB
Input Voltage Noise 0.01 MHz to 50 MHz 50 nV/√Hz
DC PERFORMANCE
Gain Error 1 %
Gain Matching R, G, B same channel 0.5 %
Gain Temperature Coefficient 32 ppm/°C
OUTPUT CHARACTERISTICS
Output Offset Voltage CMENC on or off 20 mV
Temperature coefficient 58 μV/°C
Output Offset Voltage,
RGB Common Mode
Temperature coefficient −16 μV/°C
Output Impedance Enabled, differential 1.5 Ω
Disabled, differential 2.7 kΩ
Output Disable Capacitance Disabled 2 pF
Output Leakage Current Disabled 1 μA
Output Voltage Range No load, differential 4 V p-p
Output Current Short circuit 45 mA
INPUT CHARACTERISTICS
Input Voltage Range,
Differential Mode
Input Voltage Range,
Common Mode
CMR, RGB Input ΔV
ΔV
CM Gain, RGB Input ΔV
ΔV
Input Capacitance Any switch configuration 2 pF
Input Resistance Differential 3.33 kΩ
Input Offset Current 1 μA
CMENC on or off 10 mV
1 V p-p
V
= 1 V p-p ±2.25 V p-p
IN
/ΔV
, ΔV
OUT, DM
OUT, DM
OUT, CM
OUT, CM
/ΔV
/ΔV
/ΔV
IN, CM
IN, CM
IN, CM
IN, CM
= ±0.5 V, CMENC off –62 dB
IN, CM
, ΔV
= ±0.5 V, CMENC on −45 dB
IN, CM
, ΔV
= ±0.5 V CMENC off −70 dB
IN, CM
, ΔV
= ±0.5 V, CMENC on 0 dB
IN, CM
Rev. 0 | Page 3 of 40
AD8176
Parameter Conditions Min Typ Max Unit
SWITCHING CHARACTERISTICS
Enable On Time
Switching Time, 2 V Step
UPDATE to 50% output
50%
UPDATE to 50% output
50%
POWER SUPPLIES
Supply Current V
, outputs enabled, no load 600 mA
POS
Outputs disabled 290 mA
V
, outputs enabled, no load 600 mA
NEG
Outputs disabled 290 mA
D
, outputs enabled, no load 4 mA
VDD
Supply Voltage Range 4.5 to 5.5 V
PSR ΔV
ΔV
OUT, DM
OUT, DM
/ΔV
/ΔV
POS
NEG
, ΔV
= ±0.5 V −55 dB
POS
, ΔV
= ±0.5 V −55 dB
NEG
OPERATING TEMPERATURE RANGE
Temperature Range Operating (still air) −40 to +85 °C
θJA Operating (still air) 15 °C/W
80 ns
70 ns
Rev. 0 | Page 4 of 40
AD8176
TIMING CHARACTERISTICS (SERIAL MODE)
Table 2.
Limit
Parameter Symbol Min Typ Max Unit
Serial Data Setup Time t1 40 ns
t
CLK Pulse Width
Serial Data Hold Time t3 50 ns
CLK Pulse Separation
CLK to UPDATE Delay
UPDATE Pulse Width
CLK to SEROUT Valid
Propagation Delay, UPDATE to Switch On
Data Load Time, CLK = 5 MHz, Serial Mode
RST Time
CLK
SERIN
1 = LATCHED
UPDATE
0 = TRANSPARENT
SEROUT
t
1
0
t1t
1
OUT8 (D4)
0
2
3
t
7
t
4
Figure 2. Timing Diagram, Serial Mode
60 ns
2
t
140 ns
4
t
10 ns
5
t
90 ns
6
t
120 ns
7
80 ns
9 μs
140 200 ns
LOAD DATA INTO
SERIAL REGISTER
ON FALLING EDGE
OUT8 (D3)OUT00 (D0)
t
5
TRANSFER DATA FROM SERIAL
REGISTER TO PARALLEL
LATCHES DURING LOW LEVEL
t
6
06596-002
Table 3. Logic Levels, V
VIH VIL V
SER/PAR, CLK,
SERIN, UPDATE
SER/PAR, CLK,
SERIN, UPDATE
= 3.3 V
DD
V
OH
I
OL
SEROUT SEROUT
I
IH
SER/PAR, CLK,
SERIN, UPDATE
I
IL
SER/PAR, CLK,
SERIN, UPDATE
I
OH
OL
SEROUT SEROUT
2.0 V min 0.6 V max 2.8 V min 0.4 V max 20 μA max –20 μA max –1 mA min 1 mA min
Table 4. H and V Logic Levels, V
VOH VOL I
= 3.3 V
DD
I
OH
OL
2.7 V min 0.5 V max –3 mA max 3 mA max
Table 5.
VIH VIL I
RST
Logic Levels, VDD = 3.3 V
I
IH
IL
2.0 V min 0.6 V max −60 μA max −120 μA max
Table 6.
VOH VOL I
CS
Logic Levels, VDD = 3.3 V
I
IH
OL
2.0 V min 0.6 V max 100 μA max 40 μA max
Rev. 0 | Page 5 of 40
AD8176
TIMING CHARACTERISTICS (PARALLEL MODE)
Table 7.
Limit
Parameter Symbol Min Typ Max Unit
Parallel Data Setup Time t1 80 ns
t
WE Pulse Width
Parallel Hold Time t3 150 ns
WE Pulse Separation
WE to UPDATE Delay
UPDATE Pulse Width
Propagation Delay, UPDATE to Switch On
RST Time
WE
D0 TO D4
A0 TO A3
1 = LATCHED
0 = TRANSPARENT
UPDATE
t
1
0
t1t
1
0
2
3
t
4
Figure 3. Timing Diagram, Parallel Mode
110 ns
2
t
90 ns
4
t
10 ns
5
t
90 ns
6
80 ns
140 200 ns
t
t
5
6
06596-003
Table 8. Logic Levels, V
VIH VIL V
SER/PAR, WE,
D0, D1, D2, D3,
D4, A0, A1, A2,
A3,
UPDATE
SER/PAR, WE,
D0, D1, D2, D3,
D4, A0, A1, A2,
A3,
= 3.3 V
DD
UPDATE
V
OH
I
OL
SEROUT SEROUT
I
IH
SER/PAR, WE,
D0, D1, D2, D3,
D4, A0, A1, A2,
A3,
UPDATE
I
IL
SER/PAR, WE,
D0, D1, D2, D3,
D4, A0, A1, A2,
A3,
UPDATE
I
OH
OL
SEROUT SEROUT
2.0 V min 0.6 V max Disabled Disabled 20 μA max −20 μA max Disabled Disabled
Table 9. H and V Logic Levels, V
VOH VOL I
= 3.3 V
DD
I
OH
OL
2.7 V min 0.5 V max –3 mA max 3 mA max
RST
Table 10.
VIH VIL I
Logic Levels, VDD = 3.3 V
I
IH
IL
2.0 V min 0.6 V max −60 μA max −120 μA max
Table 11.
VOH VOL I
CS
Logic Levels, VDD = 3.3 V
I
IH
OL
2.0 V min 0.6 V max 100 μA max 40 μA max
Rev. 0 | Page 6 of 40
AD8176
ABSOLUTE MAXIMUM RATINGS
Table 12.
Parameter Rating
Analog Supply Voltage (V
Digital Supply Voltage (VDD – D
Ground Potential Difference
– D
(V
NEG
GND
)
Maximum Potential Difference
(V
– V
NEG
)
DD
Common-Mode Analog Input Voltage
– V
POS
) +6 V
NEG
) +6 V
GND
+0.5 V to –2.5 V
+8 V
– 0.5 V)
(V
NEG
+ 0.5 V)
to (V
POS
Differential Analog Input Voltage ±2 V
Digital Input Voltage VDD
Output Voltage
(V
POS
– 1 V) to (V
NEG
+ 1 V)
(Disabled Analog Output)
Output Short-Circuit Duration Momentary
Storage Temperature −65°C to +125°C
Operating Temperature Range −40°C to +85°C
Lead Temperature Range
300°C
(Soldering 10 sec)
Junction Temperature 150°C
Stresses above those listed under Absolute Maximum Ratings
may cause permanent damage to the device. This is a stress
rating only; functional operation of the device at these or any
other conditions above those indicated in the operational
section of this specification is not implied. Exposure to absolute
maximum rating conditions for extended periods may affect
device reliability.
THERMAL RESISTANCE
θJA is specified for the worst-case conditions, that is, a device
soldered in a circuit board for surface-mount packages.
Table 13. Thermal Resistance
Package Type θJA Unit
PBGA 15 °C/W
POWER DISSIPATION
The AD8176 is operated with ±2.5 V or +5 V supplies and
can drive loads down to 100 , resulting in a large range of
possible power dissipations. For this reason, extra care must
be taken derating the operating conditions based on ambient
temperature.
Packaged in a 676-lead BGA, the AD8176 junction-to-ambient
thermal impedance (θ
the maximum allowed junction temperature of the die should
not exceed 150°C. Temporarily exceeding this limit may cause a
shift in parametric performance due to a change in stresses
exerted on the die by the package. Exceeding a junction temperature of 175°C for an extended period can result in device
failure.
Figure 4 shows the range of allowed internal die power
dissipations that meet these conditions over the −40°C to +85°C
ambient temperature range. When using
external load power in the Maximum Power calculation, but do
include load current dropped on the die output transistors.
10
9
8
7
6
5
MAXIMUM POWER (W)
4
3
1525354555657585
Figure 4. Maximum Die Power Dissipation vs. Ambient Temperature
A1 VNEG Negative Analog Power Supply.
A2 VNEG Negative Analog Power Supply.
A3 VNEG Negative Analog Power Supply.
A4 INB12 Input Number 12, Negative Phase.
A5 IPR12 Input Number 12, Positive Phase.
A6 VPOS Positive Analog Power Supply.
A7 INB11 Input Number 11, Negative Phase.
A8 IPR11 Input Number 11, Positive Phase.
A9 VNEG Negative Analog Power Supply.
A10 INB10 Input Number 10, Negative Phase.
A11 IPR10 Input Number 10, Positive Phase.
A12 VPOS Positive Analog Power Supply.
A13 INB9 Input Number 9, Negative Phase.
A14 IPR9 Input Number 9, Positive Phase.
A15 VNEG Negative Analog Power Supply.
A16 INB8 Input Number 8, Negative Phase.
A17 IPR8 Input Number 8, Positive Phase.
A18 VPOS Positive Analog Power Supply.
A19 ONB8 Output Number 8, Negative Phase.
A20 OPR8 Output Number 8, Positive Phase.
A21 VNEG Negative Analog Power Supply.
A22 ONB7 Output Number 7, Negative Phase.
A23 OPR7 Output Number 7, Positive Phase.
A24 VNEG Negative Analog Power Supply.
A25 VNEG Negative Analog Power Supply.
A26 VNEG Negative Analog Power Supply.
B1 VNEG Negative Analog Power Supply.
B2 VNEG Negative Analog Power Supply.
B3 VNEG Negative Analog Power Supply.
B4 IPB12 Input Number 12, Positive Phase.
B5 INR12 Input Number 12, Negative Phase.
B6 VPOS Positive Analog Power Supply.
B7 IPB11 Input Number 11, Positive Phase.
B8 INR11 Input Number 11, Negative Phase.
B9 VNEG Negative Analog Power Supply.
B10 IPB10 Input Number 10, Positive Phase.
B11 INR10 Input Number 10, Negative Phase.
B12 VPOS Positive Analog Power Supply.
B13 IPB9 Input Number 9, Positive Phase.
B14 INR9 Input Number 9, Negative Phase.
B15 VNEG Negative Analog Power Supply.
B16 IPB8 Input Number 8, Positive Phase.
B17 INR8 Input Number 8, Negative Phase.
B18 VPOS Positive Analog Power Supply.
B19 OPB8 Output Number 8, Positive Phase.
B20 ONR8 Output Number 8, Negative Phase.
B21 VNEG Negative Analog Power Supply.
B22 OPB7 Output Number 7, Positive Phase.
B23 ONR7 Output Number 7, Negative Phase.
B24 VNEG Negative Analog Power Supply.
B25 VNEG Negative Analog Power Supply.
Ball No. Mnemonic Description
B26 VNEG Negative Analog Power Supply.
C1 VNEG Negative Analog Power Supply.
C2 VNEG Negative Analog Power Supply.
C3 VNEG Negative Analog Power Supply.
C4 ING12 Input Number 12, Negative Phase.
C5 IPG12 Input Number 12, Positive Phase.
C6 VPOS Positive Analog Power Supply.
C7 ING11 Input Number 11, Negative Phase.
C8 IPG11 Input Number 11, Positive Phase.
C9 VNEG Negative Analog Power Supply.
C10 ING10 Input Number 10, Negative Phase.
C11 IPG10 Input Number 10, Positive Phase.
C12 VPOS Positive Analog Power Supply.
C13 ING9 Input Number 9, Negative Phase.
C14 IPG9 Input Number 9, Positive Phase.
C15 VNEG Negative Analog Power Supply.
C16 ING8 Input Number 8, Negative Phase.
C17 IPG8 Input Number 8, Positive Phase.
C18 VPOS Positive Analog Power Supply.
C19 ONG8 Output Number 8, Negative Phase.
C20 OPG8 Output Number 8, Positive Phase.
C21 VNEG Negative Analog Power Supply.
C22 ONG7 Output Number 7, Negative Phase.
C23 OPG7 Output Number 7, Positive Phase.
C24 VNEG Negative Analog Power Supply.
C25 VNEG Negative Analog Power Supply.
C26 VNEG Negative Analog Power Supply.
D1 IPR13 Input Number 13, Positive Phase.
D2 INR13 Input Number 13, Negative Phase.
D3 IPG13 Input Number 13, Positive Phase.
D4 VPOS Positive Analog Power Supply.
D5 VPOS Positive Analog Power Supply.
D6 VPOS Positive Analog Power Supply.
D7 VPOS Positive Analog Power Supply.
D8 VPOS Positive Analog Power Supply.
D9 VPOS Positive Analog Power Supply.
D10 VPOS Positive Analog Power Supply.
D11 VPOS Positive Analog Power Supply.
D12 VPOS Positive Analog Power Supply.
D13 VPOS Positive Analog Power Supply.
D14 VPOS Positive Analog Power Supply.
D15 VPOS Positive Analog Power Supply.
D16 VPOS Positive Analog Power Supply.
D17 VPOS Positive Analog Power Supply.
D18 VPOS Positive Analog Power Supply.
D19 V8 Output Number 8, V Sync.
D20 H8 Output Number 8, H Sync.
D21 VPOS Positive Analog Power Supply.
D22 V7 Output Number 7, V Sync.
D23 H7 Output Number 7, H Sync.
D24 VNEG Negative Analog Power Supply.
Rev. 0 | Page 10 of 40
AD8176
Ball No. Mnemonic Description
D25 VNEG Negative Analog Power Supply.
D26 VNEG Negative Analog Power Supply.
E1 INB13 Input Number 13, Negative Phase.
E2 IPB13 Input Number 13, Positive Phase.
E3 ING13 Input Number 13, Negative Phase.
E4 VPOS Positive Analog Power Supply.
E5 VPOS Positive Analog Power Supply.
E6 DGND Digital Power Supply.
E7 VDD Digital Power Supply.
E8 A0 Control Pin 0, Output Address Bit 0.
E9 A1 Control Pin 1, Output Address Bit 1.
E10 A2 Control Pin 2, Output Address Bit 2.
E11 A3 Control Pin 3, Output Address Bit 3.
E12
E13 SERIN Control Pin: Serial Data In.
E14
E15
E16 SEROUT Control Pin: Serial Data Out.
E17 VDD Digital Power Supply.
E18 DGND Digital Power Supply.
E19 VPOS Positive Analog Power Supply.
E20 VPOS Positive Analog Power Supply.
E21 VPOS Positive Analog Power Supply.
E22 VPOS Positive Analog Power Supply.
E23 VPOS Positive Analog Power Supply.
E24 VNEG Negative Analog Power Supply.
E25 VNEG Negative Analog Power Supply.
E26 VNEG Negative Analog Power Supply.
F1 VPOS Positive Analog Power Supply.
F2 VPOS Positive Analog Power Supply.
F3 VPOS Positive Analog Power Supply.
F4 VPOS Positive Analog Power Supply.
F5 VPOS Positive Analog Power Supply.
F6 VPOS Positive Analog Power Supply.
F7 VPOS Positive Analog Power Supply.
F8 VPOS Positive Analog Power Supply.
F9 VPOS Positive Analog Power Supply.
F10 VPOS Positive Analog Power Supply.
F11 VPOS Positive Analog Power Supply.
F12 VPOS Positive Analog Power Supply.
F13 VPOS Positive Analog Power Supply.
F14 VPOS Positive Analog Power Supply.
F15 VPOS Positive Analog Power Supply.
F16 VPOS Positive Analog Power Supply.
F17 VPOS Positive Analog Power Supply.
F18 VPOS Positive Analog Power Supply.
F19 VPOS Positive Analog Power Supply.
F20 VPOS Positive Analog Power Supply.
F21 VPOS Positive Analog Power Supply.
F22 VPOS Positive Analog Power Supply.
F23 VPOS Positive Analog Power Supply.
F24 VPOS Positive Analog Power Supply.
SER/PAR
CLK
CS
Control Pin: Serial Parallel Select Mode.
Control Pin: Serial Data Clock.
Control Pin: Chip Select.
Ball No. Mnemonic Description
F25 VPOS Positive Analog Power Supply.
F26 VPOS Positive Analog Power Supply.
G1 VPOS Positive Analog Power Supply.
G2 VPOS Positive Analog Power Supply.
G3 VPOS Positive Analog Power Supply.
G4 VPOS Positive Analog Power Supply.
G5 VPOS Positive Analog Power Supply.
G6 VPOS Positive Analog Power Supply.
G7 VPOS Positive Analog Power Supply.
G8 VPOS Positive Analog Power Supply.
G9 VPOS Positive Analog Power Supply.
G10 VPOS Positive Analog Power Supply.
G11 VPOS Positive Analog Power Supply.
G12 VPOS Positive Analog Power Supply.
G13 VPOS Positive Analog Power Supply.
G14 VPOS Positive Analog Power Supply.
G15 VPOS Positive Analog Power Supply.
G16 VPOS Positive Analog Power Supply.
G17 VPOS Positive Analog Power Supply.
G18 VPOS Positive Analog Power Supply.
G19 VPOS Positive Analog Power Supply.
G20 VPOS Positive Analog Power Supply.
G21 VPOS Positive Analog Power Supply.
G22 VPOS Positive Analog Power Supply.
G23 V6 Output Number 6, V Sync.
G24 ONG6 Output Number 6, Negative Phase.
G25 OPB6 Output Number 6, Positive Phase.
G26 ONB6 Output Number 6, Negative Phase.
H1 IPR14 Input Number 14, Positive Phase.
H2 INR14 Input Number 14, Negative Phase.
H3 IPG14 Input Number 14, Positive Phase.
H4 VPOS Positive Analog Power Supply.
H5 VPOS Positive Analog Power Supply.
H6 VPOS Positive Analog Power Supply.
H7 VPOS Positive Analog Power Supply.
H8 VNEG Negative Analog Power Supply.
H9 VNEG Negative Analog Power Supply.
H10 VNEG Negative Analog Power Supply.
H11 VNEG Negative Analog Power Supply.
H12 VNEG Negative Analog Power Supply.
H13 VNEG Negative Analog Power Supply.
H14 VNEG Negative Analog Power Supply.
H15 VNEG Negative Analog Power Supply.
H16 VNEG Negative Analog Power Supply.
H17 VNEG Negative Analog Power Supply.
H18 VNEG Negative Analog Power Supply.
H19 VNEG Negative Analog Power Supply.
H20 VNEG Negative Analog Power Supply.
H21 VPOS Positive Analog Power Supply.
H22 VPOS Positive Analog Power Supply.
H23 H6 Output Number 6, H Sync.
H24 OPG6 Output Number 6, Positive Phase.
Rev. 0 | Page 11 of 40
AD8176
Ball No. Mnemonic Description
H25 ONR6 Output Number 6, Negative Phase.
H26 OPR6 Output Number 6, Positive Phase.
J1 INB14 Input Number 14, Negative Phase.
J2 IPB14 Input Number 14, Positive Phase.
J3 ING14 Input Number 14, Negative Phase.
J4 VPOS Positive Analog Power Supply.
J5 VPOS Positive Analog Power Supply.
J6 VPOS Positive Analog Power Supply.
J7 VPOS Positive Analog Power Supply.
J8 VNEG Negative Analog Power Supply.
J9 VNEG Negative Analog Power Supply.
J10 VNEG Negative Analog Power Supply.
J11 VNEG Negative Analog Power Supply.
J12 VNEG Negative Analog Power Supply.
J13 VNEG Negative Analog Power Supply.
J14 VNEG Negative Analog Power Supply.
J15 VNEG Negative Analog Power Supply.
J16 VNEG Negative Analog Power Supply.
J17 VNEG Negative Analog Power Supply.
J18 VNEG Negative Analog Power Supply.
J19 VNEG Negative Analog Power Supply.
J20 VNEG Negative Analog Power Supply.
J21 VPOS Positive Analog Power Supply.
J22 VPOS Positive Analog Power Supply.
J23 VPOS Positive Analog Power Supply.
J24 VNEG Negative Analog Power Supply.
J25 VNEG Negative Analog Power Supply.
J26 VNEG Negative Analog Power Supply.
K1 VNEG Negative Analog Power Supply.
K2 VNEG Negative Analog Power Supply.
K3 VNEG Negative Analog Power Supply.
K4 VPOS Positive Analog Power Supply.
K5 VPOS Positive Analog Power Supply.
K6 VPOS Positive Analog Power Supply.
K7 VPOS Positive Analog Power Supply.
K8 VNEG Negative Analog Power Supply.
K9 VNEG Negative Analog Power Supply.
K10 VNEG Negative Analog Power Supply.
K11 VNEG Negative Analog Power Supply.
K12 VNEG Negative Analog Power Supply.
K13 VNEG Negative Analog Power Supply.
K14 VNEG Negative Analog Power Supply.
K15 VNEG Negative Analog Power Supply.
K16 VNEG Negative Analog Power Supply.
K17 VNEG Negative Analog Power Supply.
K18 VNEG Negative Analog Power Supply.
K19 VNEG Negative Analog Power Supply.
K20 VNEG Negative Analog Power Supply.
K21 VPOS Positive Analog Power Supply.
K22 VPOS Positive Analog Power Supply.
K23 V5 Output Number 5, V Sync.
K24 ONG5 Output Number 5, Negative Phase.
Ball No. Mnemonic Description
K25 OPB5 Output Number 5, Positive Phase.
K26 ONB5 Output Number 5, Negative Phase.
L1 IPR15 Input Number 15, Positive Phase.
L2 INR15 Input Number 15, Negative Phase.
L3 IPG15 Input Number 15, Positive Phase.
L4 VPOS Positive Analog Power Supply.
L5 VPOS Positive Analog Power Supply.
L6 VPOS Positive Analog Power Supply.
L7 VPOS Positive Analog Power Supply.
L8 VNEG Negative Analog Power Supply.
L9 VNEG Negative Analog Power Supply.
L10 VNEG Negative Analog Power Supply.
L11 VNEG Negative Analog Power Supply.
L12 VNEG Negative Analog Power Supply.
L13 VNEG Negative Analog Power Supply.
L14 VNEG Negative Analog Power Supply.
L15 VNEG Negative Analog Power Supply.
L16 VNEG Negative Analog Power Supply.
L17 VNEG Negative Analog Power Supply.
L18 VNEG Negative Analog Power Supply.
L19 VNEG Negative Analog Power Supply.
L20 VNEG Negative Analog Power Supply.
L21 VPOS Positive Analog Power Supply.
L22 VPOS Positive Analog Power Supply.
L23 H5 Output Number 5, H Sync.
L24 OPG5 Output Number 5, Positive Phase.
L25 ONR5 Output Number 5, Negative Phase.
L26 OPR5 Output Number 5, Positive Phase.
M1 INB15 Input Number 15, Negative Phase.
M2 IPB15 Input Number 15, Positive Phase.
M3 ING15 Input Number 15, Negative Phase.
M4 VPOS Positive Analog Power Supply.
M5 VPOS Positive Analog Power Supply.
M6 VPOS Positive Analog Power Supply.
M7 VPOS Positive Analog Power Supply.
M8 VNEG Negative Analog Power Supply.
M9 VNEG Negative Analog Power Supply.
M10 VNEG Negative Analog Power Supply.
M11 VNEG Negative Analog Power Supply.
M12 VNEG Negative Analog Power Supply.
M13 VNEG Negative Analog Power Supply.
M14 VNEG Negative Analog Power Supply.
M15 VNEG Negative Analog Power Supply.
M16 VNEG Negative Analog Power Supply.
M17 VNEG Negative Analog Power Supply.
M18 VNEG Negative Analog Power Supply.
M19 VNEG Negative Analog Power Supply.
M20 VNEG Negative Analog Power Supply.
M21 VPOS Positive Analog Power Supply.
M22 VPOS Positive Analog Power Supply.
M23 VPOS Positive Analog Power Supply.
M24 VPOS Positive Analog Power Supply.
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