Features
● Meets the communication-grade GR-468-CORE High reliability standard
● Central wavelength: 905nm
● Multiple optical power specifications: 400/600/800/1000mW
● Pigtail type: PM/SM
● Pigtail size Cladding 125μm/Coating 250μm
Laser Specifications
Table 2-1 Extreme Operating Conditions
Specifications | Sign | Unit | Min. | Max. | Note |
LD forward current | If | A |
| 1.1*EOL | CW |
LD backward voltage | Vr | V |
| 2 |
|
LD backward current | Ir | μA |
| 10 |
|
LD ESD loss | VESD, LD | V |
| 500 | C=100pF, R=1.5kΩ, HBM Model |
PD backward voltage | Vr, PD | V |
| 20 |
|
PD forward current | Ir, PD | mA |
| 10 | Bias voltage-5V |
PD ESD loss | VESD,PD | V |
| 300 | C=100pF, R=1.5kΩ, HBM Model |
TEC current | ITEC,AMR | A | -2 | 3 |
|
TEC voltage | VTEC,AMR | V | -3 | 4.7 |
|
Operating environment temperature | Tc | °C | -5 | 75 |
|
Storage temperature | Tstg | °C | -40 | 85 | 2000hrs MAX |
LD operating temperature | Ts | °C | 10 | 40 | Duration <1min |
Working relative humidity | RHop | % | 5 | 85 | The water content in 1.0kg dry air shall not exceed 0.024kg |
Storage relative humidity | RHstg | % | 5 | 85 |
Lead welding temperature | Tsoldering | °C |
| 400 | Duration<10s, Tc≤75°C |
Specifications | Sign | Unit | Min. | Max. | Note |
Axial Tensile Force of Pigtail |
| N |
| 5 | 3*10s |
Lateral Tensile Force of Pigtail |
| N |
| 2.5 | 3*10s |
Fiber Bending Radius |
| mm | 20 |
|
|
Note:
● Extreme operating conditions refer to the highest ratings that a device can withstand for a short period of time. Operating beyond the maximum ratings may cause permanent damage to the device. Prolonged exposure to any maximum rating conditions may affect the reliability and service life of the device.
● Unless otherwise specified, device operating conditions: case temperature -5°C ~ +75°C, FBG temperature -5°C ~ +75°C, LD operating temperature 25°C (at any given case temperature), PD bias voltage -5V.
Spectrum Analysis (Operating temperature @25deg, current 200mA)
LIV Curve: (Take 600mW Version as an example)
Optical Power Stability
Table 2-2 Product Model Specification
PN# | Series Name | Central Wavelength Making | Output Power Making | Fiber Type Making |
PL-FP-905-OOOO- FF | PL-FP | 905 | OOOO | FF |
Note
·The optical power level model is marked with "OOOO", and the optional parameters are 4000, 5200, and 7000. For specific meanings, see Table 2-3.
·The center wavelength is marked with "74", indicating that the typical value of the device center wavelength is 905nm. For specific wavelength specifications, see Table 2-5.
·The fiber type is marked with "FF", and the optional parameters are PM/SM. For specific meanings, see Table 2-4.
Table 2-3 Operating Parameters at Different Power Levels
Power Level "OOOO" | The Max. Optical Output Power at BOL Pop,BOL (mW) | The Max. Operating Current at BOL Iop,BOL (mA) | Kink Free The Min. Power Pkink (mW) |
A | 400 | 820 | 440 |
Power Level "OOOO" | The Max. Operating Current at EOL Iop,EOL; Kink Free Max. Current Ikink (mA) | The Max. Operating voltage at EOL Vop,EOL(V) | The Max. Operating Current at EOL ITEC,EOL (A) | The TEC Max. Operating Voltage at EOL VTEC,EOL (V) |
A | 902 | 2 | 2.3 | 3.8 |
Note
TEC maximum operating current/TEC maximum operating voltage refers to the maximum current/voltage required by TEC under the conditions of environment 75°C, die 25°C, and LD output power Pop*1.1.
Table 2-4 Fiber Type Optional Parameters and Fiber Parameters
Fiber Type“FF” | Fiber Type | Cut-off Wavelength (nm) | Cladding Diameter (μm) | Coating Diameter (μm) | Core/Clad Concentricity (μm) | Mode Field Diameter @980nm (μm) |
PM | PM980 | ≤970 | 125±1 | 250±10 | ≤0.5 | 6.55±0.55 |
SM | HI1060 | ≤970 | 125±1 | 240±5 | ≤0.5 | 5.9±0.5 |
Table 2-5 Specifications
Specifications | Sign | Unit | Min. | Typ. | Max. | Note |
Threshold current | Ith | mA |
|
| 110 |
|
13dB bandwidth | Δλ | nm |
|
| 1 |
|
FBG temperature drift coefficient | Δλp/ΔT | nm/°C |
|
| 0.02 |
|
Power stability | ΔPf_t |
|
|
| 0.5% | Device power level 4000 or 5200; PV value, optical power 100mW ~ Pop, BOL, sampling frequency 1Hz, sampling time 1min; |
|
|
| 5% | Device power level 7000; PV value, optical power 100mW ~ Pop, BOL, sampling frequency 1Hz, sampling time 1min; |
3dB bandwidth central wavelength stability | Δλp | nm |
|
| 0.05 | Device power level is 4000 or 5200; 50mW ≤ Pf ≤ Pop, Δλp=Max(λp)-Min(λp), in an hour |
|
| 0.5 | Device power level is 7000; 50mW ≤ Pf ≤ Pop, Δλp=Max(λp)-Min(λp), in an hour |
Central wavelength | λC | nm | 973 |
| 975.3 |
|
Backlight PD responsivity | RMPD | μA/mW | 0.1 |
| 20 | Pf=Pop, Vr,PD=5V |
Backlight PD dark current | Id | nA |
|
| 300 | Vr,PD=5V |
Signal-to-Noise ratio(SNR) | SNR | dB | 20 |
|
| 50mW ≤ Pf ≤ Pop |
Specifications | Sign | Unit | Min. | Typ. | Max. | Note |
Thermistor resistance | Rth | kΩ | 9.5 | 10 | 10.5 | Ts=25°C |
Thermistor B value | Bth | K | 3500 | 3930 | 4200 |
|
Note
The above specifications, unless otherwise specified, are based on device operating conditions: case temperature -5°C ~ +75°C, FBG temperature -5°C ~ +75°C, LD operating set temperature 25°C (at any given case temperature), PD bias voltage -5V.
Dimensions and Pin definitions
Table 3-1 PIN Definition
Pin | Description | Pin | Description |
8 | N/C | 7 | N/C |
9 | N/C | 6 | N/C |
10 | LD Anode (+) | 5 | Thermistor |
11 | LD Cathode (-) | 4 | Monitor Cathode (+) |
12 | N/C | 3 | Monitor Anode (-) |
13 | Package Ground | 2 | Thermistor |
14 | TEC (-) | 1 | TEC (+) |
Figure 3-2 PIN pin definition
Note
In the description of PIN 3/4/10/11 in the table, the letters identify the polarity of the electronic components, and the symbols in brackets identify the polarity of the external power supply.
The MPD works with negative pressure, so the polarity of the MPD is opposite to that of the external power supply.
Figure 3-2 Dimension and PIN Foot Marking (Unit:mm)
Safety Instructions
· The laser output is invisible light. Avoid direct or indirect exposure of the laser to the eyes and skin when the laser is working.
· Anti-static measures must be taken during transportation, storage and use. Short-circuit clips must be connected between the pins during transportation and storage.
· Before the laser is working, make sure that the output end of the optical fiber has been properly cleaned. When handling and cutting optical fibers, please follow safety protocols to avoid injuries.
· Use a constant current power supply and avoid surges during operation.
· It should be used within the rated current and rated power.
· Good heat dissipation must be ensured when the laser is working.
· Before installing the laser, ensure that the bottom of the device and the laser installation plane are flat and free of foreign matter.
· When installing the laser, the screws should be pre-tightened in diagonal order before cross-tightening. The recommended torque is 1.2 ± 0.12kgf.m.
！！Failure to follow instructions may result in hazardous radiation exposure.
