Photonics West 2018: FBH to existing novel laser diodes and UV

  • New devices are tailor-made to certain purposes; from chips to capable-to-exhaust methods.

    Berlin’s Ferdinand-Braun-Institut FBH is to presents novel trends and advances of its diode 1000mw laser pointerand UV gentle-emitting diodes at Photonics West 2018. The SPIE-hosted event in San Francisco runs from 30 January via 1 February 2018.

    FBH is additionally noticeably represented at the accompanying conferences 27 January - 1 February 2018 with more than 30 scientific contributions. at the German Pavilion, FBH will exhibit its capabilities, offering the total value chain in-apartment: from design via chips to modules.

    Exhibition highlights

    1. high-energy pulse 100mw green laser source for LiDAR methods – Lasers producing brief optical pulses with widths within the range from 200 ps to 20 ns are key components for a vast range of applications together with LiDAR, equivalent to for self sustaining driving, 3D object detection, laser scanning airborne, satellite, and terrestrial in addition to fluorescence spectroscopy and micro-machining programs.


    FBH has developed an appropriate compact laser source. The 100mw green laser pointer module uses a tailor-made design for pulse era from the institute’s diode laser expertise as well as a laser driver with GaN transistor in the ultimate stage providing pulses as much as 250 A with controllable pulse amplitude and width.


    integrated on these drivers is FBH’s newest era of wavelength-stabilized blue laser 5000mw diodes that emit 5 ns pulses with 40 W single emitter or as much as 100 W 3-emitter array pulse power close 905 nm with decent beam pleasant and as much as 85°C. This conception can, of direction, be transferred to further wavelengths.


    2. Compact laser module providing awesome frequency stabilization for interferometry – The Institute has also developed a really compact laser pointer module with emission at 633 nm. The semiconductor laser module, sized handiest 76 x fifty four x 15 mm, uses a novel “butterfly” class housing and is intended to exchange bulky HeNe lasers. It offers a versatile platform for the mixing of a big range of photonic add-ons, as a consequence simplifying adaptation for distinctive software situations.


    FBH says the selected module to be offered points an all-semiconductor grasp-oscillator power-amplifier MO mixed with an iodine fuel cell to stabilize output vigour in addition to emission wave-size. The MO uses newly developed chips, reaching an optical output power of more than 30 mW.


    A miniaturized optical isolator, aim-constructed for the wavelength of 633 nm, is interposed between MO and . It facets optical isolation of more than 30 dB and a trans-mission loss of below 3 dB. The iodine fuel telephone is additionally miniaturized, providing a size of best 30 mm and a clear aperture of two mm.


    The frequency of the module’s emission may be stabilized by the mission companion Toptica to be absolute within a 10 MHz band over a time duration of 1 hour. This corresponds to a frequency stability of two·10 -8, which interprets to an accuracy of about 2 microns on a size scale of a hundred m. Such accuracy may previously best be reached through massive-sized HeNe lasers. FBH commented, “the brand new real laser pointer modules will allow a greatly greater diploma of miniaturization of interferometric measurement methods in the near future.”


    3. Wavelength-stabilized high-brightness gentle sources – FBH also develops custom-made wavelength-stabilized high-power diode lasers with laser emission in the spectral range between 630 nm and 1180 nm for spectroscopic applications and as pump sources for non-linear frequency conversion. trends include monolithic twin-wavelength DBR diode lasers with optical output powers as much as 200 mW proposing two emission traces with a small spectral linewidth for Shifted Excitation Raman change Spectroscopy SERDS.


    With SERDS, Raman alerts may also be extracted efficaciously and all of a sudden from stressful backgrounds such as fluorescence and ambient mild, consequently enhancing Raman spectroscopy in precise-world applications. DBR tapered 100mw laser pointer and MO systems demonstrate diffraction restrained output powers up to 10 W and are used for productive 2d harmonic technology of the emission into the seen spectral latitude and up-conversion of mid-infrared radiation by the use of sum frequency technology to the near-infrared range.


    The German Pavilion is at booth 4529-fifty one. an outline of the more than 30 FBH contributions to the accompanying conferences can be seen on the FBH web page.

    Green Laser Pointer

    Green Laser Pointer


    Blue Laser Pointer

    blue laser pointer

    Red Laser Pointer

    red laser pointer

    Purple Laser Pointer

    Purple Laser Pointer