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EXILIM Photodetector

EXILIM Photodetector

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Producta- TJNE

MAMPD-1
MAMPD-4
MAMPD-3
MAMPD-2
MAMPD-1
MAMPD-4
MAMPD-3
MAMPD-2

LK-MAMPD-4 Multichannel EXILIM Amplified Photodetector

  • Alta Velocitas, Lata Latitudo Frequentiae
  • Incorporata Bias-T
  • O/E Hybrida Integrata
  • Lucrum Magnum, Sonitus Humilis, Lata Fascia
  • Hermetice Obsignatus, Connector SMA
  • Humilis Currens Obscurus, alta proportio signi ad strepitum.
  • Factor Formae Parvus.
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LK-MAMPD-4 is a state-of-the-art optoelectronic hybrid system, integrating a broadband Indium Gallium Arsenide (InGaAs) photodiode with a low-noise amplifier. This photodiode is characterized by a spectral response wavelength range from 1000 to 1650 nanometers. The low-noise amplifier within the system offers a Radio Frequency (RF) gain of 15 decibels, ensuring signal integrity and amplification.

LK-MAMPD-4 is capable of providing bandwidths of 12 gigahertz and 18 gigahertz, catering to a variety of high-speed communication and detection requirements. The module is designed to operate on a +5-volt supply voltage, which is standard in many electronic systems. It is compatible with standard single-mode 9/125-micrometer optical fibers, ensuring seamless integration with existing fiber optic networks. The RF output port features an SMP-compatible connector, which is impedance-matched to 50 ohms for optimal signal transmission and minimal signal loss.

LK-MAMPD-4 is constructed with a hermetic sealing process, which provides robust protection against environmental factors, enhancing its durability and reliability. It has a compact form factor, weighing in at less than 62 grams, which is advantageous for applications where weight is a consideration. The module is certified to comply with the Restriction of Hazardous Substances (RoHS) Directive 2.0, confirming its adherence to stringent environmental and safety standards.

Technical Specifications
Aestimatio Maxima Typica et Absoluta
Parameter Sym. genus Rating Unit
Repono temperatus range TSTG -45 +85 -55 +100 ℃
Temperaturae spatium operationis in capsa TC 25 -40 +85 ℃
prospectumque Bias intentione VR +5 +5 ～ +9 V
Potentia Ingressa Optica Pin 0 + 10 DBM
Potentia Optica Exhausta PB - + 13 DBM
Temperatura plumbi ad soldandum Tp 280（10s） 330（10s） ℃
Proprietates electricae/opticae (T)C = 22 ± 3 ℃)
Parameter sunt derisoribus iudicia test Description Parameter Pretio Unit
necem dolor λ - 1000 ~ 1650 nm
Frequentiae Ambitus - - X-Band Ku-Band -
Latitudo Frequentiae Parvae Signalis f-3dB TC = 22 ± 3℃ 0.3 ~ 12 2 ~ 18 Pentium
Responsivity Re VR =+5V, Pin = 10mW λ = 1310 nm ≥ 0.8 ≥ 0.85 A / W
λ = 1550 nm ≥ 0.85 ≥ 0.8
Planities Amplitudinis A TC =-45～+85°C ≤ ± 2 dB
Saturatio Potentiae Opticae Ps VR =+ 5 V, λ = 1550 nm
AC Modulata		 10 DBM
Lucrum Signi RF (Typicum) G - 15 ± 1 dB
Saturatio Potentiae Egressae RF Pde - +3 DBM
VSWR output VSWR - ≤ 2 -
IMMINENTIA output RL - 50 Ω

● Curvae Responsionis Typicae

(Fig. 1 X - Responsio Frequentiae Photodetectoris Bandae)

(Fig. 2 Responsio Frequentiae Photodetectoris Ku-Band)

● Dimensiones et Clavi (Unitas: mm [pollices])

RF Connector：SMP

● Informationes Ordinationis

Scheda 1:

Codex Latitudo Bandae Analogicae
X 0.2 ~ 12 GHz
Ku 2 ~ 18 GHz

Scheda 2:

Codex Type connector Attende
N Nullus Coniunctor Fibra porriformis unimodalis 9 / 125 μm
A FC / APC
P FC / PC

● 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.

Omnes nostri photodetectores ordinarii in modulos aptari possunt!

Applications

  • Processus Informationis Radaricae

  • Prosopographia Militiarum Equestrium Quae electronic

  • Mensura Antennae

  • Communicationes Fibrae Opticae

  • Securitate et custodia circumdant

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