bPCA-100-05-10-800-h-f

Photoconductive Antenna by BATOP

Note: Your Quotation Request will be directed to BATOP.

The bPCA-100-05-10-800-h-f from BATOP is a Photoconductive Antenna that operates at a wavelength of 650 nm - 850 nm. It delivers an average optical power of 10 mW and has a power density of 50000 W/cm². This photoconductive antenna has a laser source with fluence up to 750 μJ/cm² and pulse duration of 100 fs. It has a repetition rate of 80 MHz and beam diameter of 1.4 mm. This photoconductive antenna has a virtual focal length of 26.5 mm and divergence angle of 17 deg. It has a dark resistance above 3 MOhms and modulation frequency of 10 kHz. This photoconductive antenna is mounted on a hyperhemispherical Si lens and requires a DC supply voltage of up to 20 V. It is available in a Bow-tie package that measures 25.4 (D) mm x 20.9 (L) mm and is ideal for terahertz waves & laser excitation applications.

Product Specifications

Product Details

  • Part Number
    bPCA-100-05-10-800-h-f
  • Manufacturer
    BATOP
  • Description
    650 nm - 850 nm, Photoconductive Antenna for Terahertz Beam Applications

General Parameters

  • Type
    Bow-tie
  • Operating Wavelength
    653 to 850 nm
  • Optical Power
    10 to 15 mW
  • Repetition Rate
    70 to 80 MHz
  • Pulse Duration
    100 to 200 fs
  • Mounting Type
    Hyperhemispherical Si lens
  • Beam Diameter
    1.4 to 1.6 mm
  • Bias Voltage
    20 V
  • Beam Focal Length
    26.5 mm (Virtual)
  • Bias Modulation Frequency
    0 to 10 MHz
  • Gap width
    10 µm
  • Laser Fluence
    750 µJ/cm2
  • Lens Material
    Silicon
  • Power Density
    50 000 W/cm2
  • Substrate/Material
    LT-InGaAs
  • THz Antenna Gap Distance
    5 µm
  • THz Beam Divergence
    17 Degree
  • Dark Resistance
    3 MOhms

Physical Properties

  • Package Dimension
    30.5 x 54.6 mm (D x L)
  • THz Antenna Length
    100 µm

Technical Documents

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