PB7200 EMCORE | Alldatasheet

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Full Turnkey System: Arrives Configured and Ready to Start Making Measurements Extremely Economical: A Fraction of the Cost of Previous THz Systems Portable: Configurable with Built-in Li Ion Battery with Up to 12 hours of Continuous Use Compact: Under 23 cm x 23 cm x 8 cm (9″x 9″ x 3″) and less than 4 kg (9 lb.) Continuous Rapid Scanning From 100 GHz to over 1.8 THz Fiber Optic Coupled THz Source and Detector Integrated Lock-in Detection Room Temperature Solid State Detection: No Cryogenics Required Shipped in Custom Travel Case OEM version with Quantity Pricing Available Compact, Portable Terahertz Spectroscopy System EMCORE’s versatile PB7200 Spectroscopy Platform is designed for scanning complex compounds to precise specifications with greater accuracy and control. The PB7200 is ideal for THz researchers and application developers who need to study the properties of materials at THz frequencies with high-resolution, but who don’t want to design and build their own high-resolution THz spectroscopy system. The PB7200 can sweep up to 2.0 THz in a single rapid scan with frequency resolution better than 0.25 GHz. The PB7200 employs precisely tuned, fiber-coupled butterfly packaged semiconductor DFB lasers, advanced photo-mixing source and detector, and sophisticated digital control hardware and software to provide a fully turnkey laboratory THz spectrometer. The room temperature solid-state homodyne detection technique eliminates the need for cryogenics. The highly efficient CW nature of the photo-mixing source puts all the THz power at the frequency of interest, yielding excellent signal-to-noise ratios across the scan range of up to 70 dB Hz. Unlike time-domain systems requiring expensive mode-locked lasers, the tunable semiconductor laser diodes in the PB7200 can support linear scans or can ‘frequency hop’ between frequencies of interest to scan specific regions of the spectrum with varying degrees of resolution. The latest ‘snap-in-place’ fiber-optically coupled source and detector heads are mounted on a rail system and configured for transmission measurements. They may also be detached from the processor unit and used with extended fiber optic cables for maximum measurement flexibility in a wide range of applications, in either transmission or reflection modes. The new terahertz heads make the PB7200 not only lighter and more compact, but easier to assemble and tear down. The PB7200’s latest software package includes smoothing functions and background subtraction features. The software automatically downloads the calibration files from the PB7200 which makes setting up multiple computers easy. Models Performance Highlight Parameter Min Typical Max Units System Bandwidth 1700 1850 2000 GHz Spectral Purity 0.010 0.015 0.025 GHz Frequency Resolution 0.100 - - GHz Detector Sensitivity (NEP @ 1000 GHz) 10-12 10-11 10-10 W/Hz Dynamic Range @ 1000 GHz 40 55 60 dB Hz Electronic Chopping Frequency - 6000 Hz PB7200 Portable Frequency Domain Terahertz Spectrometer Please see Page 4 for Regional Sales Contact information Model Description PB7200-2000-T-I PB7200 Portable THz Frequency Domain Spectrometer in transmission mode with USB interface, internal lithium ion battery and rail system. PB7200-D-CCW Additional detection head with counter-clockwise photomixer required for operating the PB7200 system in reflection mode.

DATASHEET | AUGUST 2013 TERAHERTZ SYSTEMS | REV 2013.08 Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the ri ght to change the design or specification at any time without notice. System Schematic Terahertz Performance Typical performance of a PB7200-2000 - THz Spectrometer for a scan of laboratory air at 1 ATM. Gray line: raw data, Black line: 60 point average *Individual unit performance may vary and may be priced accordingly. PB7200 Portable Frequency Domain Terahertz Spectrometer Please see Page 4 for Regional Sales Contact information

DATASHEET | AUGUST 2013 TERAHERTZ SYSTEMS | REV 2013.08 Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the ri ght to change the design or specification at any time without notice. Terahertz Control Unit Terahertz Optics PB7200 Portable Frequency Domain Terahertz Spectrometer Please see Page 4 for Regional Sales Contact information

DATASHEET | AUGUST 2013 TERAHERTZ SYSTEMS | REV 2013.08 Information contained herein is deemed reliable and accurate as of the issue date. EMCORE reserves the ri ght to change the design or specification at any time without notice. Specifications Regional Contact Information Parameter Value Weight – Control Chassis 2.5 kg Weight – Rail system with Heads and Optics 1.1 kg Operating Temperature -20C to +55C Storage Temperature -20C to +75C Humidity 10% to 90% (non-condensing) Input Voltage 100 – 240 VAC Input Frequency 50 - 60 Hz AC Input Load @ 120 vac @ 25 C 1.5 Amps AC Input Load @ 240 vac @ 25 C 0.75 Amps DC Output Load @ 19 vdc @ 25 C (average) 250 mA Runtime on Internal Battery (estimated) 12 hours U.S. East U.S. West Japan China Steve Moloy EOX E: stevem@eoxsales.com P: +1 410-334-3973 http://www.eoxsales.com http://www.emcore.com Kirk Reger Ward/Davis E: kreger@warddavis.com P: +1 310-643-6977 http://www.warddavis.com Mr. Daisuke Yamashita E: yamashita@mrf.co.jp P: +81 03-5821-3623 http://www.mrf.co.jp Andrew Qiu E: Andrew_Qiu@Emcore.com P: +86 13-828737578 http://www.emcore.com United Kingdom and Europe Central Europe and Benelux India Australia Davinder Basuita E: davinder_basuita@emcore.com P: +44 1344-827-306 http://www.emcore.com Mr. Harald Sittenauer E: hsittenauer@eqphotonics.de P: +49 89-319019 22 http://www.eqphotonics.de Davinder Basuita E: davinder_basuita@emcore.com P: +44 1344-827-306 http://www.emcore.com Dr. Joseph R. Demers E: joe_demers@emcore.com P: +1 626-293-3659 http://www.emcore.com PB7200 Portable Frequency Domain Terahertz Spectrometer