1270249331324981249 2
1270195279568408577
1270195299482963969
1270195319007449090
1270195333733650433
1270195348271108097
  • 1270249331324981249 2
  • 1270195279568408577
  • 1270195299482963969
  • 1270195319007449090
  • 1270195333733650433
  • 1270195348271108097

    • FCAMPD Amplified RF InGaAs Pin Photodetector

    1. The FCAMPD is integrated by a broadband InGaAs photodiode and low noise amplifier. The response wavelength of the InGaAs PIN photodiode is 1000 to 1650nm. The RF gain of a low-noise amplifier is 20~30 dB.
    2. FCAMPD can provide the bandwidth of 1GHz, 2.5GHz, or customization（maximum 5GHz. Operates on +5V supply voltages. An optical input port is a standard FC(face-contacted) fiber-optic connector. ORF output port is an SMA-compatible connector matched by 50-ohm impedance.
    3. ROHS 2.0 certificated.

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    Introduce of FCAMPD InGaAs Pin Photodetector

    The FCAMPD is a pin photodetector hybrid integrated by broadband InGaAs photodiode and low noise amplifier. The response wavelength of the InGaAs PIN photodiode is 1000 to 1650nm. The RF gain of a low-noise amplifier is 20~30 dB.

    FCAMPD pin photodetector can provide the bandwidth of 1GHz, 2.5GHz, or customization（maximum 5GHz）. The module operates on +5V supply voltages. The optical input port is a standard FC(face-contacted) fiber-optic connector. The RF output port is an SMA-compatible connector matched by 50-ohm impedance.

    FCAMPD weighs less than 25 grams.

    ROHS 2.0 certificated.

    Applications of FCAMPD Pin Photodetector

    Radar Information Processing

    Electronic Warfare

    Antenna Measurement

    Features of FCAMPD Pin Photodetector

    Wide Bandwidth

    Incorporated Bias-T

    O/E Hybrid Integrated

    High Gain, Low Noise, Broadband

    SMA Connector

    Product Selection

    Typical & Absolute Maximum Rating
    Parameter Sym. Typ Rating Unit
    Storage temperature range TSTG -45 ～ +85 -55 ～ +100 ℃
    Operating case temperature range TC 25 -40 ～ +70 ℃
    Bias Voltage VR 5 +4.75 ～ +5.25 V
    Optical Input Power Pin 0 5 dBm
    Burn-out Optical Power PB – 13 dBm
    Lead soldering temperature Tp 280（10s） 330（10s） ℃
    Electrical / Optical Characteristics ( TC = 22 ± 3 ℃ )
    Parameter Sym Test Condition Parameter Values Unit
    Wavelength Range λ － 1000 ～ 1650 nm
    Frequency Range － － L – Band S – Band －
    Small Signal Bandwidth f-3dB TC = 22 ± 3℃ 0. 03 ～ 1 0.03 ～ 2.5 GHz
    Responsivity Re VR =+5V,  Pin =1mW λ = 1310 nm ≥ 0.85 ≥ 0.85 A/W
    λ = 1550 nm ≥ 0.90 ≥ 0.90
    Amplitude Flatness A TC =-40～+70 ℃ ≤ ± 1.5 dB
    Saturation Optical Power Ps VR = +5 V, λ = 1550 nm 5 dBm
    AC Modulated
    RF Signal Gain G － 30 ±2 20 ±2 dB
    Saturation RF Output Power Pout － 15 dBm
    Output VSWR VSWR － ≤ 2 －
    Dark Current ID － ≤10 nA
    Output Impedance RL － 50 Ω

    Typical Response Curves

    1 2
    Fig . 1 L- Band FCAMPD InGaAs Photodetector Frequency Response

    2 2
    Fig . 2 S-Band FCAMPD InGaAs Photodetector Frequency Response

    3 1
    Fig . 3 C- Band FCAMPD InGaAs Photodetector Frequency Response


    Dimension and Pins ( Unit: mm[inch] ) 

    1328234288541487105

    Optical Connector：FC(face-contacted) fiber-optic connector

    RF Connector: SMA

    Ordering Information

    1328234675268898818
    FCAMPD Amplified RF InGaAs Pin Photodetector 18

    Sheet 1:

    CodeAnalog Bandwidth
    L0.03 ～ 1 GHz
    S0.03 ～ 2.5 GHz
    CMCustomization ( ≦ 5GHz )

    Precautions

    1. The fiber bending radius no less than 20 mm for avoiding fiber damage.
    2. Be sure the fiber coupling facet is clean before connecting it to Opto-circuit.
    3. Suitable ESD protection is required in storage, transportation, and use.

    NEON is a supplier of highly engineered commercial and industrial off-the-shelf or customized modules designed for today’s high-speed optical communication network infrastructures and leading-edge defense systems.

    We are happy to provide you with commercial services. If you have any questions or needs about high-speed photodetectors, please feel free to contact us.