Transceiver unit with independent 1550nm Laser diode transmitter 1310n

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Transceiver unit with independent 1550nm Laser diode transmitter 1310n

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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Features Product Data sheet VER0.1/03-15-2006
Transceiver unit with independent 1550nm Laser diode transmitter 1310nm InGaAs photodiode receiver
Meet SFF-8472 with single receptacle Operating data rate 2.5Gbps Digital Diagnostic Monitoring Hot-pluggable Operating case temperature: Standard Industrial
+3.3V Single power supply Metal enclosure lower Qualified meet intent Bellcore reliability practices LVPECL logic interface simplifies interface external circuitry LVTTL logic Signal level With pull de-latch Compliant ROHS lead free Compliant with standard ASONET/SDH Ethernet Switches Routers Hubs
Application
General optical transceiver compliant with Small Form- Factor Pluggable (SFP) Multi-Source Agreement (MSA) SFF-8472. offers previously unavailable system cost, upgrade, reliability benefits virtue being hot-pluggable.
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Transmitter Section Transmitter designed single mode fiber operates nominal wavelength 1550nm. transmitter module uses laser diode full IEC825 CDRH class safety. output power disabled single TxDis pin. Logic LVTTL HIGH level disables transmitter. contains function, temperature compensation circuit, PECL data inputs, LVTTL Txdis input fault Output interface. Receiver Section receiver section uses hermetic packaged front receiver (InGaAs preamplifier). postamplifier coupled preamplifier through capacitor pass filter. capacitor enough pass signal from 5Mb/s 2600Mb/s without significant distortion performance penalty. limits preamplifier bandwidth improve receiver sensitivity. input optical decreased, will switch from high. input optical power increased from very levels, will switch back from high low. EEPROM Section optical transceiver contains EEPROM. provides access sophisticated identification information that describes transceiver' capabilities, standard interfaces, manufacturer, other information .The serial interface uses 2-wire serial CMOS EEPROM protocol defined ATMEL AT24C01A/02/04 family components. When serial protocol activated, host generates serial clock signal (SCL, positive edge clocks data into those segments EEPROM that write protected within transceiver. negative edge clocks data from transceiver. serial data signal (SDA, bi-directional serial data transfer. host uses conjunction with mark start serial protocol activation. memories organized series 8-bit data words that addressed individually sequentially. Module provides diagnostic information about present operating conditions. transceiver generates this diagnostic data digitization internal analog signals. Calibration alarm/warning threshold data written during device manufacture. Received power monitoring, transmitted power monitoring, bias current monitoring, supply voltage monitoring temperature monitoring implemented. diagnostic data values must converted real world units using calibration constants stored EEPROM locations wire serial address A2h. digital diagnostic memory specific data field define following. Memory Map: Product Data sheet VER0.1/03-15-2006
wire address 1010000x (A0h)
wire address 1010001x A2h)
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Performance Specifications Table1. Absolute Maximum Ratings Parameter Storage Temperature Input Voltage Power Supply Voltage Table2. Operating Environment Parameter Power Supply Voltage Operating Temperature Symbol SWFP5261-**-1 SWFP5261-**-2 +3.1 +3.5 Unit Symbol Vcc-Vee -0.5 +3.6 Unit Product Data sheet VER0.1/03-15-2006
Note: Stress excess maximum absolute ratings ause permanent damage module
Table3. Transmitter electrical optical Characteristics Parameter Center Wavelength Spectral Width(-20dB) Side Mode Suppression Ratio Average Optical Output Power Extinction Ratio Transmitter disable Voltage Transmitter Enable Voltage Power supply Current Data Input Voltage Optical Rise/Fall Time Output Diagram Parameter Operate Wavelength Sensitivity Saturation Asserted De-Assert Hysteresis Return Loss voltage HIGH voltage Power Supply Current Data Outputs Voltage Notes:
current excludes output load current. Minimum Sensitivity saturation levels inserted.
Symbol SMSR Tr/Tf
1480
1550
1580 1600 0.18
Unit
Note
Compliant with ITU-T.G957 Symbol VLout VHout 1260 1360 1000 Unit Note High Level: Alarm
Table 4.Receiver optical-electrical characteristics
PRBS with ones zeros
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Definition Diagram Product Data sheet VER0.1/03-15-2006
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Table5.Pin Function Definitions Pin# Name VeeT Fault Disable MOD-DEF2 MOD-DEF1 MOD-DEF0 Rate Select VeeR VeeR VeeR RDRD+ VeeR VccR VccT VeeT TDVeeT Description Transmitter Ground Transmitter Fault Indication Transmitter Disable Module Definition Module Definition Module Definition Loss Signal Receiver Ground Receiver Ground Receiver Ground Inv. Received Data Receiver Data Receiver Ground Receiver Power Transmitter Power Transmitter Ground Transmit Data Inv. Transmit Data Transmitter Ground Notes Note Module disables high open Note3, wire serial interface Note wire serial interface Note Grounded Module Notes Note Note Note Notes Notes Note Note 3.3V± Note 3.3V± Note Note Notes Notes Notes Product Data sheet VER0.1/03-15-2006
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Note:
Fault open collector/drain output, which should pulled with 4.7K- resistor host board. Pull voltage between 2.0V VccT, R+0.3V. When high, output indicates laser fault some kind. indicates normal operation. state, output will pulled 0.8V. disable input that used shut down transmitter optical output. pulled within module with 4.7- resistor. states are: 0.8V): Transmitter (>0.8, 2.0V): Undefined High (2.0 3.465V): Transmitter Disabled Open: Transmitter Disabled Mod-Def 0,1,2. These module definition pins. They should pulled with 4.7K -10K resistor host board. pull-up voltage shall VccT VccR. Mod-Def grounded module indicate that module present Mod-Def clock line wire serial interface serial Mod-Def data line wire seria interface serial (Loss Signal) open collector/drain output, which should pulled with 4.7K resistor. Pull voltage between 2.0V VccT, R+0.3V. When high, this output indicates received optical power below worst-case receiver sensitivity(as defined standard use). indicates normal operation. state, output will pulled 0.8V. VeeR VeeT internally connected within module. RD-/+: These differential receiver outputs. They coupled differential lines which should terminated with (differential) user SERDES. coupling done inside module thus required host board. VccR VccT receiver transmitter power supplies. They defined 3.3V connector pin. Maximum supply current 300mA. Recommended host board power supply filtering shown below. Inductors with resistance less than should used order maintain required voltage input with3.3V supply voltage. When recommended supply filtering network used, hotplugging transceiver module will result inrush current more than greater than steady state value. VccR VccT internally connected within transceiver module. TD-/+: These differential transmitter inputs. They AC-coupled, differential lines with differential termination inside odule. coupling done inside module thus required host board.
Product Data sheet
VER0.1/03-15-2006
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Diagnostic Parameter Temperatur Range -40~+85 Accura External 1/256 Tc(C)=Tad(16 signed twos complement)/256*Ts lope Voltage External 100V V(100V)=(Vad(16 unsigned integer) +Voffset)* Islope Bias Current External I(2A) Islope Iad(16 unsigned integer) Power -3dBm ±3dB External Tx_PWR(0.1W) Tx_PWRslope*Tx_P WRad(16 unsigned integer) Power -3dBm ±3dB External Rx_PWR(0.1W) Rx_PWRslope*Rx_P WRad(16 unsigned integer) Package information Unit Calibration Value Value Formula Product Data sheet VER0.1/03-15-2006
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Recommended Circuit Product Data sheet VER0.1/03-15-2006
Note: 4.7K ohmsRES10K ohms
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Product Data sheet VER0.1/03-15-2006
Recommended Board Layout Hole Pattern
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2.5Gbps With Bi-directional Transceiver SWFP5261-13-1(2)25+ Obtaining Document Please visit website: Htttp://www.staropto.com Product Data sheet VER0.1/03-15-2006
Ordering Information
SWFP5
Wavel ength (nm) 1550
Type
Data Rate (Mb/s)
Pack Type With Output power (dBm) -10~-3
Voltage
1(2)
Operatio Temperat
Data/ Alarm Interface Data/PEC Alarm /TTL
Conn ector
pliant
Operation
2500
3.3V
0~70 -40~+85
LC/P
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Transceiver unit with independent 1550nm Laser diode transmitter 1310n

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