BOSA
Description
Description
Descriptions
- 1.25Gbps Tx 1310nm DFB LD/10Gbps Rx 1577nm integrated WDM filter SC 5 Pin BOSA
- The Case is isolator with the GND PIN of APD-TIA
- Suitable for Ethernet in the First Mile and point-to-point applications
- Compliant the with ROHS (Restriction on Hazardous Substance) standard
- Compliant the MIL-STD-883E
Component Information
ABSOLUTE MAXIMUM RATINGS
MELECTRIC AND OPTICAL CHARACTERISTICS
Note 1: The Slope efficiency drop is the slope efficiency will be decreased with the temperature increasing.
Note 2: The center wavelength and Side-mode suppression ratio should be tested under modulated conditions using 1.25Gbps, PRBS331-1, ER=9dB. optical power should between 0.6dBm to 4dBm.
Note 3: RIN12OMA is the ratio of noise to modulated optical signal in the presence of a back reflection.
Where:
RINxOMA=Relative Intensity Noise referred to optical modulation amplitude measured with x dB reflection,
PN=Electrical noise power in Watts with modulation off,
PM=Electrical power in Watts with modulation on,
BW=Low pass bandwidth of apparatus-high pass bandwidth of apparatus due to DC blocking capacitor [noise bandwidth of the measuring system(Hz)].
Note 4: Tracking Error ( A is Typical AOP ):
Note 5: Linearity is calculated by first determining slope between several sequential pair of points on power/current curve Lh= (max(h1, h2 .....hi) - min(h1, h2.....hi))/ have , hi = Ipd / Pin (Pin=-30~0dBm).
MECHANICAL& PIN DESCRIPTION REQUIREMENT
TEST REPORT IN sample
Minimum Required Values Results per Individual
Component Description | P/N | Vendor |
TO-CAN(Tx) | TME-3B83-507 | Truelight |
TO-CAN(Rx) | TMC-1A59-708 | Truelight |
PD chip |
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LD chip | ||
TIA |
ABSOLUTE MAXIMUM RATINGS
Parameter | Symbol | Min. | Max. | Unit |
Storage Temperature | TSTG | -40 | +85 | ℃ |
Operating Temperature (ambient) | TOPR | -40 | +85 | ℃ |
Supply Voltage V |
VCC | -0.5 | 4.5 | V |
Lead Soldering Temperature (Max10 sec) | TS | --- | 260 | ℃ |
Forward Current (LD) |
IFLD | --- | 150 | mA |
Reverse Voltage (LD) | VRLD | --- | 2 | V |
Forward Current (MPD) IFPD 2 mA |
IFMPD |
--- | 2 | mA |
Reverse Voltage (MPD) |
VRMPD |
--- | 20 | V |
Forward Current (PD) IFPD 2 mA |
IFPD |
--- | 10 | mA |
Reverse Voltage (PD) |
VRPD |
--- | 20 | V |
MELECTRIC AND OPTICAL CHARACTERISTICS
Parameter | Symbol | Min. | Typ. | Max. | Unit | Condition |
Transmitter |
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Threshold Current | ITH | --- | 8 | 15 | mA | TC=25℃ |
--- | --- | 40 | TC= -40~85℃, | |||
Forward Voltage | VF | --- | 1.2 | 1.5 | V | PF=PF (Min), TC =25℃ |
Optical Output power | Pf | 1.8 | 4 | mW | CW, @ITH+20mA, 25℃, kink free | |
Optical Output power | Pf | 1 | % |
CW, @ITH+20mA, 85℃ | ||
Center Wavelength (Note 2) | λC | 1260 | 1360 |
nm | CW, TC=-40~85℃ |
|
Spectral Width (-20dB) (Note 2) | Δλ | --- | 1 | nm | CW, @ITH+20mA | |
Side-mode suppression ratio(Note1) | SMSR | 35 | dB | TC=-40~85℃ | ||
Rise/Fall Time | TR/TF | --- | 150 | ps | PF=2.0mW, Extinction Ratio > 9dB, 20%-80%, without filter | |
Relative Intensity Noise(Note3) | RIN 12 (OMA) | 120 | dB/Hz | |||
Monitor Current | IM | 100 | --- | 900 | uA | CW,Pf=Ith+20mA, VRMPD=1.5V, Tc=25C, |
Monitor Dark Current | IDARK | --- | --- | 0.1 | uA | VRMPD=10V |
PD Capacitance | CPD | --- | 10 | 15 | pF | VRMPD=10V,f=1MHz |
Optical Return Loss tolerance |
ORLT | --- | --- | 12 | dB | Tested at 1310nm |
Tracking Error(Note 4) | ΔPf/Pf | -1 | --- | +1 | dB | -40~85℃, CW, Pf (Ith+20mA)@IM hold (Note 5) |
Plug Repeatability | -0.5 | +0.5 | dB | Same fiber test 10 times, maximum- minimum | ||
Plug Re-changeability | -1 | 1 | dB | 3 different fiber, each fiber test 10 time, maximum- minimum | ||
Receiver |
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Supply Current | ICC | --- | --- | 70 | mA | No loads |
Operation Wavelength | λ | 1575 | 1577 | 1580 | nm | |
Saturation Power | PSAT | -8 | --- | --- | dBm | Tc=-40~85℃ (Test at 10.3125Gbps PRBS31 ER=6dB BER<10E-3) |
Sensitivity | Sen | --- | -29.5 | dBm | ||
Responsibility | Res | 0.8 | A/W | λ=1577nm | ||
Output Resistance | ROUT | 45 | 50 | 55 | Ω | Single Ended |
Upper -3dB Bandwidth |
BW | --- | 6.5 | GHz | ||
Rise/Fall time | tR,tF | 65 | ps | 20%~80% at 50Ω | ||
Optical Return Loss | ORL | 20 | --- | --- | dB | λ=1577nm |
Linearity(Note 5) | Lη | --- | --- | --- | Pin =Senstivity~OL | |
Dark current of monitor | ID | 100 | nA | VPD=3.3V Tc=-40~85℃ | ||
Accuracy of Monitor | AccMON | % | Tc=-40~85℃ | |||
Optical Crosstalk | XTALK | 40 | --- | dB | 1310nm/1577nm | |
WDM Filter Isolation | ISO(1310) | 40 | dB | |||
ISO(1550) | 38 | dB | ||||
ISO(1650) | 35 | dB | ||||
ESD Requirement | ESD | 500 | V |
Note 1: The Slope efficiency drop is the slope efficiency will be decreased with the temperature increasing.
Note 2: The center wavelength and Side-mode suppression ratio should be tested under modulated conditions using 1.25Gbps, PRBS331-1, ER=9dB. optical power should between 0.6dBm to 4dBm.
Note 3: RIN12OMA is the ratio of noise to modulated optical signal in the presence of a back reflection.
Where:
RINxOMA=Relative Intensity Noise referred to optical modulation amplitude measured with x dB reflection,
PN=Electrical noise power in Watts with modulation off,
PM=Electrical power in Watts with modulation on,
BW=Low pass bandwidth of apparatus-high pass bandwidth of apparatus due to DC blocking capacitor [noise bandwidth of the measuring system(Hz)].
Note 4: Tracking Error ( A is Typical AOP ):
Note 5: Linearity is calculated by first determining slope between several sequential pair of points on power/current curve Lh= (max(h1, h2 .....hi) - min(h1, h2.....hi))/ have , hi = Ipd / Pin (Pin=-30~0dBm).
MECHANICAL& PIN DESCRIPTION REQUIREMENT
TEST REPORT IN sample
Minimum Required Values Results per Individual
Tx Test Condition: Tc=-5, 25,75℃ | |||||||||
S/N | Ith | Pf | Im | Wavelength | Spectral Width |
SMSR | Kink | LIV curve | Rise/Fall Time |
CW | Ith+20mA | 2.0mw | (-20dB) | 20%~80% | |||||
(mA) | (mW) | (uA) | (nm) | (nm) | dB | (%) | (ps) |
Rx Test Condition: Tc=-5, 25,75℃ | |||||||
S/N | Sensitivity | Overload | Mon Idark | Icc | Linearity | Optical X-talk | Rise/Fall Time |
10.3125G PRBS31 ER=6dB BER<10E-3 |
No load | -30~-8dBm | 1577nm/1310nm | 20%~80% | |||
(dBm) | (dBm) | (uA) | (mA) | % | dB | (ps) |