LX16EVK01
Channel Link III Ser/Des
Evaluation Kit
Rev 1.0
Oct, 2010
General Description
The LX16EVK01 is designed to allow for easy evaluation of the DS92LX1621 and DS92LX1622 Channel Link III Ser/Des. This
kit allows for 2 basic methods of evaluation:
1)
Users may apply parallel clock, data and I2C commands, and evaluate the power, jitter and cable performance of the
Ser/Des. Or,
2)
Apply only a parallel clock and enable BIST mode. This allows the user to easily evaluate the serial link and check
device feature functionality such as receive equalization, SSCG, etc.
The LX16EVK01 boards uses USB connectors as the serial Channel Link III inputs/outputs. SMA connectors can also be
attached and configured for serial input/output if other types of the cable are desired.
Features
•
•
•
•
•
•
•
•
•
•
•
20 – 50 MHz support for up to 800 Mbps (default configuration)
LVCMOS parallel interface: 16-bit data (default) + clock + 2 upstream GPIO
High speed forward channel + bi-directional control channel + back channel GPIO serialized to 1 pair
AC Coupled STP Interconnect up to 10 meters in length
Selectable receive equalization, SSCG, and deserializer output slew rate
Integrated serial terminations
@ Speed link BIST Mode and reporting pin
I2C compatible Serial Control Bus
Power down mode minimizes power dissipation
Randomized, DC-balanced and Scrambled data stream with CRC
>8 kV HBM
Applications
•
•
•
Industrial Displays
Machine Vision
Medical Imaging
Ordering Information
PART: LX16EVK01
Demo boards:
Tx: DS92LX1621-EVK
Rx: DS92LX1622-EVK
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© National Semiconductor Corporation 2009
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Quick Start Guide:
DS92LX1621 Tx Board:
1.
Connect 3.3V DC power and ground of the board to JP1 from the power supply (3.3V on left pin, ground on right pin).
Connect 1.8V DC power and ground of the board to the J3 and J4 from the power supply respectively.
2.
Attach the USB cable to the TX board (DS92LX1621) output and to an RX board (DS92LX1622) input.
3.
Attach parallel data and clock to the TX board at connector J1. This is typically done with a flat ribbon cable (not
supplied).
DS92LX1622 Rx Board
4.
Connect 3.3V DC power and ground of the board to JP1 from the power supply (3.3V on left pin, ground on right pin).
Connect 1.8V DC power and ground of the board to the J4 and J5 from the power supply respectively.
5.
Attach the USB cable to the RX board (DS92LX1622) input from a TX board (DS92LX1621) output.
6.
Attach parallel data and clock output to the RX board at connector J1. This is typically done with a flat ribbon cable
(not supplied).
Jumpers and switches on both the TX and RX boards have been configured at the factory; they should not require any
changes for immediate operation. See the datasheet for more details.
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Tx Board Configuration Settings
Component
Name
Function
Power Connections
J2
5V DC
J3
1.8V DC
J4
VSS
JP1
3.3V DC
JP2
VDDIO
Input and Output Connections
38 position wall
header
J1
USB Connector
(Type-A Female)
P3
J7 and J8
SMA Connectors
Optional 5V DC Power Jack. Note: unpopulated by default
1.8V VDD Power.
Ground.
3.3V VDD Power (left header pin), Ground (right header pin)
Input voltage select. Jumper set to 3.3V by default.
Connect to data input.
Connect to Channel Link II output (default).
Connect to Channel Link II output. Note: unpopulated by default
Control Connections
S1:1
PDB
Power down mode input.
PDB = H, Serializer is enabled (default)
PDB = L, Serializer is in power-down mode
I2C Mode Select.
M_S = H, Slave Mode – device receives clock and data from local master
M_S = L, Master Mode – device generates and drives the clock line
S1:2
M_S
S1:3
RESO
JP4 and VR3
ID[x]
JP8 and J6
I2C Interface
Leave JP8 unconnected if I2C VDD is provided by an external source. (default).
Other options
Do not connect
Reserved. Keep set to LOW (default)
Connect CAD pin to VSS to have the default device PHY address (default setting).
Connect CAD pin to VR1 pin; then adjust VR4 value to select desired device PHY address.
See datasheet for detailed information.
Others
JP5, JP6, JP7
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© National Semiconductor Corporation 2009
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Printed in U.S.
Tx Board Bill of Materials
Item Quantity Reference
1
2 C1,C12
2
2 C13,C2
3
4 C3,C4,C8,C9
4
2 C5,C6
5
6 C7,C16,C19,C20,C23,C27
6
2 C10,C11
7
6 C14,C15,C18,C26,C28,C29
8
5 C17,C21,C22,C24,C25
9
2 C30,C31
10
3 JP1,JP3,JP8
11
5 JP2,JP4,JP5,JP6,JP7
12
1 JP9
13
1 J1
14
15
16
1 J2
2 J3,J4
1 J5
17
1 J6
18
19
20
21
22
23
24
25
26
27
28
29
30
30a
31
32
33
2 J8,J7
1 P1
1 P2
1 P3
R1,R2,R3,R4,R5,R6,R7,R8,R
9,R10,R11,R12,R13,R14,R1
18 5,R16,R17,R18
1 R19
1 R20
4 R21,R35,R36,R37
1 R22
2 R24,R23
1 R25
5 R26,R27,R28,R33,R34
2 R29,R30
3 R31,R32,R38
2 R40,R39
1 S1
1 U1
34
35
36
37
38
2 U2,U3
2 VR1,VR2
1 VR3
2 X2,X1
1 Y1
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© National Semiconductor Corporation 2009
Part
2.2uF
0.1uF
10uF_open
0.1uF
0.1uF
22uF
22uF
0.01uF
100pF
2-Pin Header
3-Pin Header
2X10-Pin Header, open
HEADER 19x2
Comments
KEMET
KEMET
nichicon
Panasonic
Panasonic
nichicon
Kemet
KEMET
TDK Corporation
AMP/Tyco
AMP/Tyco
AMP/TYCO
AMP/TYCO
CONN JACK PWR_open CPU Inc
BANANA
Johnson
2x4 pin Jumper_open
Molex
Molex/Waldom
IDC1X4
Electronics Corp
Johnson
SMA_open
Components
HSD_2X2_open
Rosenberger
mini USB 5pin_open
Hirose
USB A
AMP/Tyco
49.9ohm_open
49.9ohm_open
100K_open
10K
0 Ohm,0402_open
82.5ohm_open
100ohm_open
Ferrite Bead
0 ohm_open
0 ohm
1.0K
SW DIP-3
DS92LX1621
LM1117IMPADJ/SOT223_open
SVR100_open
SVR100K
TP_0402
OSC4/SM
Venkel
Panasonic
Panasonic
Panasonic
Panasonic
Panasonic
Panasonic
Murata
MFR Part#
399-3714-1-ND
399-1249-1-ND
493-2365-1-ND
PCC2398CT-ND
PCC2277CT-ND
493-2391-1-ND
399-3835-1-ND
399-3189-1-ND
445-1786-1-ND
A26542-ND
A26545-ND
A26580-ND
A26588-ND
CP-002A-ND_open
J147-ND
WM26808-ND
WM2702-ND
J658-ND_open
H2959CT-ND
A31726-ND
P49.9CCT-ND
P100KHCT-ND_open
P10.0KHCT-ND
P0.0JTR-ND_open
P82.5HCT-ND
P100HCT-ND
490-5442-1-ND
Panasonic
Grayhill
National
P1.0KGCT-ND
GH7182-ND
National
Bourns
Bourns
LM1117IMP-ADJ/NOPB
3214W-101ETR-ND
3224W-1-104ECT-ND
535-10059-5-ND_open
4
Printed in U.S.
Tx Board Schematics
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© National Semiconductor Corporation 2009
5
Printed in U.S.
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© National Semiconductor Corporation 2009
6
Printed in U.S.
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© National Semiconductor Corporation 2009
7
Printed in U.S.
Tx Board Reference Layout
Top Layer
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© National Semiconductor Corporation 2009
Bottom Layer
8
Printed in U.S.
Rx Board
Configuration Settings
Component
Name
Function
Power Connections
J3
5V DC
J4
1.8V DC
1.8V VDD Power.
JP1
3.3V DC
3.3V VDD Power (left header pin), ground (right header pin)
J5
VSS
JP2
VDDIO
Input and Output Connections
38 position wall
header
J7
J9 and J10
J2
SMA Connector
USB Connector
(micro-B, female)
Control Connections
S1:1
RESO
S1:2
M_S
S1:3
BISTEN
S1:4
PDB
JP8 and VR3
ID[x]
J8 and JP9
I2C Interface
Optional 5V DC Power Jack. Note: implemented by default
Ground.
Output voltage select. Jumper set to 3.3V by default.
Connect to data output.
Connect to Channel Link II input. Note: unpopulated by default.
Connect to Channel Link II input.
Reserved. Keep set to LOW.
I2C Mode Select.
M_S = H, Slave mode – device will accept a clock from a local master
M_S = L, Master mode – device will generate a clock and drive a slave device
BIST Enable
BISTEN = H, BIST mode enabled
BISTEN = L, BIST mode disabled (default)
Power down mode input.
PDB = H, Deserializer is enabled (default)
PDB = L, Deserializer is in power-down mode
Connect CAD pin to VSS to have the default device PHY address (default setting).
Connect CAD pin to VR1 pin; then adjust VR4 value to select desired device PHY address.
See datasheet for detailed information.
Leave JP9 unconnected if I2C VDD is provided by an external source. (default).
Others
LED1
PASS
PASS output. “ON” when PASS is “H”
LED2
LOCK
LOCK output. “ON” when LOCK is “H”
JP6, JP7
Other options
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© National Semiconductor Corporation 2009
Do not connect
9
Printed in U.S.
Rx Board Bill of Materials
Item Quantity Reference
1
4 C1,C2,C6,C7
2
1 C3
3
4 C4,C5,C12,C13
4
2 C8,C11
5
2 C9,C14
6
2 C15,C10
7
21 C16,C17,C18,C19,C20,C21,
C22,C23,C24,C25,C26,C27,
C28,C29,C30,C31,C32,C33,
C34,C35,C36
8
7 C37,C38,C41,C50,C51,C54,
C55
9
6 C39,C42,C45,C46,C49,C53
10
6 C40,C43,C44,C47,C48,C52
11
2 C56,C57
12
3 JP1,JP3,JP9
13
4 JP2,JP6,JP7,JP8
14
2 JP5,JP4
Part
10uF_open
0.1uF_open
0.1uF
22uF
2.2uF
0.1uF
open0402
Comments
nichicon
Panasonic
Panasonic
nichicon
KEMET
KEMET
MFR Part#
493-2365-1-ND_open
PCC1731CT-ND_open
PCC2398CT-ND
493-2391-1-ND
399-3714-1-ND
399-1249-1-ND
22uF
Kemet
399-3835-1-ND
Panasonic
KEMET
TDK Corporation
AMP/Tyco
AMP/Tyco
AMP/Tyco
PCC2277CT-ND
399-3189-1-ND
445-1786-1-ND
A26542-ND
A26545-ND
A26542-ND
AMP/TYCO
Rosenberger
Hirose
A26580-ND
H2959CT-ND
CPU Inc
Johnson
CP-002A-ND_open
J147-ND
WM26808-ND
A26588-ND
15
16
17
1 JP10
1 J1
1 J2
18
19
1 J3
2 J4,J5
20
21
1 J6
1 J7
0.1uF
0.01uF
100pF
2-Pin Header
3-Pin Header
2-Pin Header_open
2X10-Pin Header,
open
HSD_2X2_open
mini USB 5pin
CONN JACK
PWR_open
BANANA
2x4 pin
Jumper_open
HEADER 19x2
22
1 J8
IDC1X4
Molex
AMP/TYCO
Molex/Waldom
Electronics Corp
23
2 J10,J9
SMA_open
Johnson Components J658-ND_open
24
1 J11
mini USB 5pin_open Hirose
25
26
27
28
29
30
1
1
1
2
1
5
0402_orange_LED
0603_green_LED
USB A_open
49.9ohm_open
100K_open
10K
LED1
LED2
P1
R1,R2
R3
R4,R19,R20,R21,R22
national.com
© National Semiconductor Corporation 2009
WM2702-ND
H2959CT-ND_open
Lumex
Opto/Components Inc
LITE-ON INC
AMP/Tyco
Venkel
Panasonic
Panasonic
67-1879-1-ND
160-1446-1-ND
A31726-ND_open
P100KHCT-ND_open
P10.0KHCT-ND
10
Printed in U.S.
Item Quantity Reference
31
1 R5
32
2 R6,R7
33
1 R8
34
6 R9,R10,R11,R16,R17,
34a
1 R23
35
2 R12,R13
36
2 R14,R15
37
2 R25,R24
38
1 S1
39
1 U1
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© National Semiconductor Corporation 2009
Part
0 Ohm,0402_open
82.5ohm
100ohm_open
Ferrite Bead
0 Ohm,0402
0 ohm_open
0 ohm
1.0K
SW DIP-4
DS92LX1622
Comments
Panasonic
Panasonic
Panasonic
Murata
Panasonic
MFR Part#
P0.0JTR-ND_open
P82.5HCT-ND
P100HCT-ND_open
490-5442-1-ND
P0.0JTR-ND
any
Panasonic
Grayhill
National
P1.0KGCT-ND
GH7184-ND
11
Printed in U.S.
Rx Board Schematics
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© National Semiconductor Corporation 2009
12
Printed in U.S.
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© National Semiconductor Corporation 2009
13
Printed in U.S.
national.com
© National Semiconductor Corporation 2009
14
Printed in U.S.
Rx Board Reference Layout
Top Layer
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© National Semiconductor Corporation 2009
Bottom Layer
15
Printed in U.S.
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