SX4 Optical Sub Assembly Fiber Optic Components - Data Sheet, Reference Design and Evaluation Kit Manual
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SX4 Optical Sub Assembly
Data Sheet, Reference Design and Evaluation Kit Manual
Fiber Optic
Components
1
DataSheets.indd 1 3/13/07 7:50:31 PM
P1TX4A-SX4 Data Sheet
5.0 Electrical Specifications
Parameter Symbol Min Type Max Units
Input Differential Impedance 100 ohm
Data Rate per Wavelength
SX4-Tx-01v
SX4-Tx-01d 0.1552
0.1552
1.6
3.125 Gb/s
Run Length 80
1.0 Description Transmit Differential Input Voltage 400 1600 mVp-p
The TxSX4 is an optical subassembly (OSA)
that transmits four video- or data-channels over 6.0 Optical Characteristics
one multimode fiber. Each channel is capable
Parameter Symbol Min Type Max Units
of transmitting up to 3.125Gbps. With the driver “Peak Optical Power, per Channel4” Pout 1 dBm
embedded in the OSA and a ZIF-terminated Optical Modulation Amplitude per ch -6.25 dBm
flex circuit, the TxSX4 is a fully integrated TOSA Wavelength Range 771.5 856.5 nm
Center Wavelength – Lane 0 771.5 778 784.5 nm
versatile enough to be designed in to a variety of
Center Wavelength – Lane 2 793.5 800 806.5 nm
systems. Center Wavelength – Lane 2 818.5 825 831.5 nm
Center Wavelength – Lane 3 843.5 850 856.5 nm
2.0 Features RMS Spectral Width 0.5 nm
Optical Rise/Fall Time5 110 ps
• 4 optical channels over one multimode fiber
• On-board Laser Driver 7.0 Optical Performance Specifications
• Low-stress, highly flexible connection
Parameter Min Type Max Units
• Low power consumption Fiber Length - 62.5m Enhanced (1000 MHz*km)6
• 300m – 1000m transmission distance SX4-Tx-01v 2 1000
SX4-Tx-01d 2 500 m
• LVPECL input Fiber Length - 50m Standard (500 MHz*km)6
SX4-Tx-01v 2 400
SX4-Tx-01d 2 300 m
Fiber Length - 62.5m Legacy (160 MHz*km) 6
Four SW VCSEL SC SX4-Tx-01v 2 200
SX4-Tx-01d 2 100 m
Quad Laser Driver
Measured at the end of a 2m section of 62.5μ fiber. The maximum and
minimum of the allowed range of average transmitter power per
channel coupled into the fiber are worst-case values to account for
3.0 Absolute Maximum Ratings manufacturing variances and drift due to temperature.
Rise and fall times measured from 20 - 80%
Parameter Symbol Min Typ Max Units Max distance considers the theoretical worst-case conditions. Actual
Storage Temperature1 Tst -40 85 °C distance may be up to 4x specified distance.
3.3 Volt Supply1 Vcc-Vee -0.3 3.6 V
Relative Humidity2 RH 8 80 %
Electrostatic Discharge ESD 400 V
4.0 Recommended Operating
Conditions
Parameter Symbol Min Typ Max Units
“Ceramic (substrate) Temperature 1,3” Ta 0 70 °C
3.3 Volt Supply Vcc-Vee 3.15 3.45 V
3.3 Volt Supply Current Icc 260 293 mA
2
DataSheets.indd 2 3/13/07 7:50:36 PM
P1TX4A-SX4 Data Sheet
8.0 Pin Numbers and Descriptions 9.0 Dimensions
The TxSX4 plugs into a 27 pin zero insertion Exposed traces for ZIF connector
force (ZIF) connector. For information on the
specifications of the connector,
contact either Molex (P/N
52931-2790) or Hirose (P/N
Heat-sinked towards
FH18-27S-0.3SHW). top of Module
Surface Temp Measurement Point
Underside of board with ZIF connector
(OSAs shown unfolded)
Pin # Signal Name
Description
1 VCC Voltage Input +3.3 volt input
2 VCC Voltage Input +3.3 volt input
3 VCC Voltage Input +3.3 volt input
4 SEN Serial Enable Enables the SCK AND SIO
5 POR Power On Reset Indicator
6 SCK Serial Clock Reference clock for data thru SIO
7 PORL Power On Reset Latched
8 EN Enable “Enables the driver, typically
wired-on with 3.3V and 10K
Resistor”
9 SIO Serial Interface Bi-directional serial data
input/output
10 GND Ground
11 GND Ground
12 0 Ch 3 + Data Input Positive differential input for
850nm channel
13 0 Ch 3 - Data Input Negative differential input for
850nm channel
14 GND Ground
15 GND Ground
16 0 Ch 2 + Data Input Positive differential input for
825nm channel
17 0 Ch 2 - Data Input Negative differential input for
825nm channel
18 GND Ground
19 GND Ground
20 0 Ch 1 + Data Input Positive differential input for
800nm channel
21 0 Ch 1 - Data Input Negative differential input for
800nm channel
22 GND Ground
23 GND Ground
24 + IN0 Ch 0 + Data Input Positive differential input for
775nm channel
25 - IN0 Ch 0 - Data Input Negative differential input for
775nm channel
26 GND Ground
27 GND Ground
3
DataSheets.indd 3 3/13/07 7:50:38 PM
P1RX4A-SX4 Data Sheet
1.0 Description
The RxSX4 is an optical subassembly (OSA) that receives and separates
4.0 Recommended Operating
up to four video- or data-channels from one singlemode or multimode
fiber. With the TIA and Limiting Amp embedded in the OSA and a ZIF-
Conditions
terminated flex circuit, the RxSX4 is a fully integrated ROSA versatile
enough to be designed in to a variety of systems. Parameter Symbol Min Typ Max Units
2.0 Features
Data Rate DR 0.1552 1.6 Gbps
• 4 optical channels
• Singlemode or Multimode SX4-Rx-01v 0.1552 3.125
• Integrated TIA and Limiting Amp SX4-Rx-01d
• Low-stress, highly flexible connection Run Length RL 80 Bits
• Low power consumption Ceramic (substrate) Temperature Ta 0 70 °C
• CML output
3.3 Volt Supply Vcc-Vee 3.15 3.45 V
3.3 Volt Supply Current Icc 200 260 mA
5.0 Electrical Specifications
Parameter Symbol Min Typ Max Units
Receive Differential Output Voltage[1] VOD 500 700 900 mVp-p
Loss of Signal Output Low[2] LOS 0.7 V
Loss of Signal Output High6 LOS 2 V
3.0 Absolute Maximum Ratings [1] CML interface through a 100-ohm differential load.
Parameter Symbol Min Type Max Units
Storage Temperature1 Tst -40 85 °C [2] This output is asserted low when a loss of signal is detected on either
“Surface Temperature 1,2” Tsf 75 °C Lane 0 or Lane 3
3.3 Volt Supply Vcc -0.3 4 V
Relative Humidity3 RH 8 80 %
Electrostatic Discharge4 ESD 400 V 6.0 Optical Characteristics
1 Stresses listed may be applied without causing damage. Functionality
at or above the values listed is not implied. Exposure to these values Parameter Symbol Min Typ Max Units
for extended periods may affect reliability. “OMA Sensitivity, 1.5Gbps[1] “ -16.25 dBm
2 See outline drawing for measurement point
3 Non-condensing environment. SX4-Rx-01v -14.25 -16.25
* All pins; Based on Human body model SX4-Rx-01d -14.25
“OMA Sensitivity, 3.125Gbps7 “ -13.5 dBm
SX4-Rx-01v -13 -16.25
Four PINs SC SX4-Rx-01d -14.25
Peak Input Optical Power 1 dBm
Quad TIA/Post Amp Return Loss 12 dB
Wavelength Range 771.5 856.5 nm
Center Wavelength – Lane 0 771.5 778 784.5 nm
Center Wavelength – Lane 1 793.5 800 806.5 nm
Center Wavelength – Lane 2 818.5 825 831.5 nm
Center Wavelength – Lane 3 843.5 850 856.5 nm
RMS Spectral Width 0.5 nm
[1] Optical Modulation Amplitude
[1] CML interface through a 100-ohm differential load.
[1] This output is asserted low when a loss of signal is detected on either
Lane 0 or Lane 3
[1] Optical Modulation Amplitude
4
DataSheets.indd 4 3/13/07 7:50:40 PMP1RX4A-SX4 Data Sheet
7.0 Pin Numbers and Descriptions 8.0 Diamensions
1 Stresses listed may be applied without causing damage.
The RxSX4 plugs into a 27 pin zero insertion force Functionality at or above the values listed is not implied. Exposure to
(ZIF) connector, which is typically mounted on the these values for extended periods may affect reliability.
2 See outline drawing for measurement point
bottom of the module board (allows heat sinking 3 Non-condensing environment.
the OSA towards top). For information on the 4 All pins; Based on Human body model
5 CML interface through a 100-ohm differential load.
specifications of the connector, contact Omron (P/N 6 This output is asserted low when a loss of signal is detected on either
XF2B-2745-31A), Molex (P/N 52931-2790), or Lane 0 or Lane 3
7 Optical Modulation Amplitude
Hirose (P/N FH18-27S-
0.3SHW). 3M z-axis tape
is a proven low-cost
alternative.
Underside of board with ZIF connector
(OSAs shown unfolded)
Pin # Signal Description
1 LOS Loss of Signal Indicator Heat sink Surface Temp Measurement Point
2 GND Ground
3 GND Ground
4 -TD3 Negative Data Output (851nm)
5 +TD3 Positive Data Output (851nm)
6 GND Ground
7 GND Ground
8 -TD2 Negative Data Output (825nm)
9 +TD2 Positive Data Output (825nm)
10 GND Ground
11 GND Ground
12 -TD1 Negative Data Output (801nm)
13 +TD1 Positive Data Output (801nm)
14 GND Ground
15 GND Ground
16 -TD0 Negative Data Output (778nm)
17 +TD0 Positive Data Output (778nm)
18 GND Ground
19 GND Ground
20 GND Ground
21 N/C No Connect
22 N/C No Connect
23 N/C No Connect
24 N/C No Connect
25 VCC Voltage Input. This is the +3.3 volt input.
26 VCC Voltage Input. This is the +3.3 volt input.
27 VCC Voltage Input. This is the +3.3 volt input.
1 Threshold Current: minimum current required for emission of light
5
DataSheets.indd 5 3/13/07 7:50:41 PMP1TX/RX4A-SX4 Reference Design
1.0 Block Diagram Interface Interface
Buffer | P1T X4-SX4 P1RX4-SX4 | Buffer
| |
| |
CML, | | CML,
LVDS, or | | LVDS, or
LVPECL LVPECL
Micro-
Controller Recommende
d
Seria
User
The input to the P1TX4A-SX4-01 must Interface
be AC-coupled. The output from the
P1RX4A -SX4-1 is CML.
2.0 Microcontroller Circuit Design 3.0 Microcontroller Interface
Within the P1TX4A-SX4, the modulation
current, bias current, rise/fall time, duty cycle
and temperature compensation, etc. are all
programmed through a microcontroller serial
interface. Omron recommends the Atmel 8 bit
ATtiny12V microcontroller for use in interfacing The P1TX4A-SX4 contains the AMCC S7022
with the SX40x-01 through the ZIF connector. Any laser driver that uses a three-line serial interface
equivalent microcontroller meeting the electrical - serial clock (SCK), serial enable (SEN) and a
and timing parameters of this microcontroller may bi-directional serial data input/output (SIO) - to
be used. A reference design is provided below: enable the microcontroller to read/write to internal
data registers. The serial clock signal is used as a
reference for clocking data into and out of the serial
3.3V
input/output pin. The serial enable SEN enables
C1 the SCK and SIO signals. Data transfers can only
3.3V
0.1uF occur when the serial enable line is asserted.
8 Data present on the serial data input/output pin is
R2 10k
RSTB 1 RESET VCC PB2 7 SCK latched into a serial shift register on the rising edge
of SCK. A complete data transfer is comprised
C2 0.1uF POR 2 PB3
Atmel PB1 6 PORLA of a total of 16 bits. Each read or write operation
requires a preamble of eight initial bits to be
SEN 3 PB4 ATtiny12 PB0 5 SIO clocked into the serial interface, defined specifically
GND for the SX4-Tx-01 as follows:
4 R1 PORL Function Register Address BIt IC Address R/W
Number A7 A6 A5 A4 A3 A2 A1 A0
1.0k Laser Bias Output Current 1 0 0 0 0 1 1 1
Laser Modulation Output Current 2 0 0 0 1 1 1 1
Laser Modulation Current Temp coef. 3 0 0 1 0 1 1 1
Wave Control Register 1 4 0 0 1 1 1 1 1
Wave Control Register 2 5 0 1 0 0 1 1 1
Wave Control Register 3 6 0 1 1 0 1 1 1
Wave Control Register 4 7 0 1 1 1 1 1 1
Status and Control Register 8 0 1 0 1 1 1 1
(continued on 3)
6
DataSheets.indd 6 3/13/07 7:50:42 PMP1TX/RX4A-SX4 Reference Design
3.0 Microcontroller Interface (continued from 2)
Then, eight more bits are clocked into or out of the
S7022 after the address bits. These bits contain the
register data information, defined specifically for the
SX4-Tx-01 as follows:
Function Register Bit
Number D7 D6 D5 D4 D3 D2 D1 D0
Laser Bias Output Current 1 0 0 Ibias (Section 5)
Laser Modulation Output Current 2 0 0 Imod (Section 5)
Laser Modulation Current Tempco 3 0 0 0 1 1
Wave Control Register 1 4 0 0 0 0 1
Wave Control Register 2 5 0 0 0 1 0
Wave Control Register 3 6 1 1 1 1 1
Wave Control Register 4 7 1 1 1 1 1
Status and Control Register 8 1 0 0 1 1
4.0 Ibias and Imod Settings
The bias current (Ibias) and modulation current The Ibias and Imod settings are 6-bit variables
(Imod) are parameters that must be set at that start determined by converting the value (with each unit
of operation in order for the lasers to function. shipped) into a bit code per the table:
Ibias sets the drive current to
ensure that it remains above
the threshold current1, yet is
not so high as to reduce the
transmission eye. Imod sets
the maximum AC signal that
modulates the lasers during
transmission. Because of
normal variations in laser
characteristics, the Ibias and Imod
setting will vary from one TOSA
to the next (each P1TX4-SX4
is shipped with documentation
showing its optical Ibias and
Imod). As such, Omron strongly
recommends that any system
using the P1TX4-SX4 should be
designed to allow access to the
microcontroller, and the ability
to enter specific the codes for
registers 1 and 2 to match the
appropriate setting.
1 Threshold Current: minimum current required for emission of light
7
DataSheets.indd 7 3/13/07 7:50:43 PMP1TX/RX4A-SX4 Reference Design
1.0 Mounting Configurations One of the unique benefits of the SX4 is that the
Heat-sinking is critical to the life of the OSA, ferrule is integrated into the OSA, eliminating
particularly the lasers. The OSA should be the cost and complexity of a fiber pigtail and a
mounted upside down and in direct contact with connector sleeve. To optimize use of this feature,
a thermally conductive surface. The preferable the OSA can be held in place by its wings and the
surface is the main product’s external metal ferrule via a clip, (example shown). By applying
housing, enabling heat transfer through the top of upward pressure to the bottom of the clip, the OSA
the product to the ambient environment. The two will remain adequately seated for heat-sinking
recommended configurations are: but still float to relieve any mechanically induced
stress when the fiber is connected. In such a
1.1 Top Connect
configuration, stress from the fiber (e.g. wiggle) will
For those with space available on the
be transferred to the
CDR board, the flex can be connected to
wing and the product
the top of the main CDR board via a ZIF
housing, not the optical
connector (e.g. Omron P/N XF2B-2745-
elements. We also
31A, Molex p/n 52931-2790 or Hirose
strongly recommended
p/n FH18-27S-0.3SHW).
placing a thermal pad
(shown in red above)
Housing between the OSA and
the heat-sink.
Wrap-around Flex
Main PCB
1.2 Bottom-connect
For those with space constraints, the flex
circuit can be connected to the bottom of
the main board via the ZIF connector.
Housing
Main PCB
Wrap-around Flex
8
DataSheets.indd 8 3/13/07 7:50:44 PMP1EB4B-SX4 Manual
1.0 Purpose 3.0 Replacing an OSA
This document is provided to assist when testing 3.1 To test a different TOSA or ROSA, you must
the P1TX4-SX4-01 and the P1RX4-SX4-01 with replace the existing OSA by removing the heat
the P1EBB-SX4-01 Evaluation Board. sink and clip.
• Flip over the Evaluation Board and remove
the heat sink screws while holding the heat
sink against the board
• Flip the Evaluation Board back to the main
side up while still holding the heat sink
against the main board
• Remove the flex from the ZIF connector
2.0 Basic Operation • Lift the entire heat sink/OSA assembly
from the board
2.1 Power (3.3V) is applied through the screw-
clamp fittings as noted. • While holding the top of the heat sink, slide
out the black plastic clip that holds the OSA
• Exceeding 4.0v for even a brief period
(excluding ESD) input may damage the
OSA
2.2 Input and output signals are sent thru the SMA
connectors
2.3 OSAs are connected to the Evaluation Board
via the ZIF connector
• Be sure to insert flex board completely
into ZIF before clamping closed. Rx Tx
• Be careful not to kink the flex at ZIF
connection during insertion. • Remove the OSA (yellow in drawing) from
the clip by placing the OSA on a flat, hard
surface with the ceramic side of the OSA
facing up, and then sliding the OSA up
• Insert the OSA into the clip by orienting
the ceramic side of the OSA up, and then
sliding the OSA down into the clip. Be
sure to insert the wings of the OSA into the
correct section of the clip.
• Reassemble the clip into the heat sink and
fasten the heat sink to the board with the
screws
9
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DataSheets.indd 10 3/13/07 7:50:45 PMOMRON ELECTRONIC OMRON ON-LINE
COMPONENTS LLC USA – www.components.omron.com
55 E. Commerce Drive
Suite B
Schaumburg, IL 60173
PH: 847.882.2288
FX: 847.882.2192
All Dimensions Shown Are In Millimeters.
To convert millimeters into inches, multiply by 0.03937. To convert grams into ounces, multiply by 0.03527.
Cat. No. Y901-E-03 3/07 Specifications subject to change without notice printed in USA
11
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