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LK-NY13D 1310um Proin DFB Laser Module
- Altae Dynamicae Spatii
- Latitudo Frequentiae 18 GHz
- Cursus liminis humilis
- Princeps output potentia
- Capsula papilionis septem pinorum cum connectore SMA
- Temperatura capsulae operativae: -40 ad 70℃
- Consectetur Reliability
depictio producti
LK-NY13D module is DFB laser which is directly modulated, offering superior performance for linear fiber optic communication systems with extensive bandwidth requirements. LK-NY13D lasers are superior choice over coaxial cable systems for the transmission of high-frequency signals such as 12 GHz or 18 GHz.
These lasers enhance the reliability of microwave communication networks by ensuring the RF signal is transmitted in its native form. Due to these attributes, LK-NY13D lasers significantly enhance signal quality across a broad spectrum of applications, include remote antenna systems, telemetry, distribution of timing and reference signals, as well as measurement and delay line applications.
LK-NY13D lasers come with integrated components such as an optical isolator, a thermoelectric cooler (TEC), a thermistor, a laser diode chip, and a monitor photodiode, all of which are sealed in a 7-pin butterfly package to ensure hermetic protection.
Technical Specifications
| Maximum Ratings absoluta | ||||
|---|---|---|---|---|
| Parameter | symbol | Min. | Max. | Unit |
| Currens directus diodi laseris | If | - | 120 | mA |
| Tensio inversa diodi laseris | V | - | 1 | V |
| Potentia anterior | Pf | - | 20 | DBM |
| Tensio inversa PD | V | - | 15 | V |
| Currens directus (PD) | Im | - | 2 | mA |
| operationem temperatus | To | -40 | + 70 | ° F |
| at tortor | Ts | -55 | + 85 | ° F |
| Humiditas relativa repositionis | Sr | - | 85 | % |
| Specificatio Optica et Electrica (Tc=25°C) | |||||||
|---|---|---|---|---|---|---|---|
| Parameter | symbol | test Description | min | genus | Max | unitates | Nota |
| necem | λ | IF et =OP, T = TOP | - | 1310 | - | nm | |
| frequency | - | Optio X | 0.1 | - | 12 | Pentium | - |
| Optio Ku | 1 | - | 18 | ||||
| Optical Output Power | P | IF=Iop | - | 10 | - | mW | 1 |
| Cursus liminis | Ith | λ=1310nm | - | - | 10 | mA | - |
| Currens operationis | Iop | λ=1310nm | - | 55 | 100 | mA | - |
| operatio voltage | Vop | λ=1310nm | - | 1.5 | 2.5 | V | - |
| Clivo efficientiam | SE | - | 0.2 | - | - | W / A | - |
| Ratio suppressionis modi lateralis | SMSR | λ=1310nm, IF=Iop | 30 | - | - | dB | - |
| Strepitus Intensitatis Relativae | RIN | - | - | - | -130 | dB/Hz | - |
| Latitudo frequentiae (-3dB, I=60mA) | S21 | Optio X | - | 12 | - | Pentium | - |
| Optio Ku | - | 18 | - | ||||
| Damnum reditus (VSWR) | VSWR | Optio X | - | - | 2 | dB | - |
| Optio Ku | - | - | 2.2 | ||||
| Compressio Input 1 dB | - | - | 15 | - | - | DBM | - |
| Resistentia Thermistoris | Rth | @25℃ | - | 10 | - | Kohm | - |
| Currentis TEC | It | - | - | - | 1.2 | A | 2 |
| Tensio TEC | Vt | - | - | 2.5 | V | 2 | |
| Capacitas (PD) | Ct | - | - | 20 | pF | - | |
| Monitorium currentis | Im | - | 0.10 | - | 2.0 | mA | - |
| Currens obscurus (PD) | Id | - | - | 50 | nA | - | |
Notes: Omnes fragmenta laserica ex laminis proveniunt quae certificatae sunt utens multitudine repraesentativa instrumentorum qui proventum acceptabilem ad initiationem (burn-in) consequi debent.
1. Temperatura laseris ad 25℃ constituta, fluxus polaritatis ad 55mA
2. Temperatura capsulae operationis -40~70℃
● Data Typica
(λ = 1310nm, TC = 25℃)
(Fig. 1 Data X- Fasciae S11 et S22)
(Fig. 2 Data S11 et S22 in banda Ku)
● Schema electricum
| Numerus principalis | muneris |
| 1 | Thermistor |
| 2 | Thermistor |
| 3 | LD-(Praejudicium) |
| 4 | PD+ |
| 5 | PD- |
| 6 | Frigidor+ |
| 7 | Frigidor- |
| 8 | LD-(RF) |
| 9 | terram |
● Delineationes adumbratae (Unitas: mm [unciae])
RF Connecter: SMA
● Informationes Ordinationis
Scheda 1:
| Codex | Typical Necem |
| 13 | Involucrum papilionis 1310nm 7PIN |
Scheda 2:
| Codex | Latitudo Bandae Analogicae |
| X | 0.1 ~ 12 GHz |
| Ku | 1 ~ 18 GHz |
Scheda II:
| Codex | Type connector | Attende |
| A | FC / APC | Fibra porriformis unimodalis 9 / 125 μm, 0.9mm, longitudine 1m |
| S | SC / APC | |
| N | Nullus Coniunctor |
● Cautiones
Radius curvaturae fibrae non minor quam 20 mm ad fibrae laedendum vitandum.
Fac ut facies copulationis fibrae munda sit antequam eam cum optocircuito coniungas.
Idonea praesidium ESD in repositione, transportatione et usu requiritur.
Applications
Communicationes datorum celerrimae
Remotio Antennae
Retia cellularia et PCS
Transmissio nexuum RF analogorum
Communications militaris
Investigatio, Telemetria, et Imperium
Telemetria Systema
