T-Ray 5000 TCU531n Control Unit 20140108 - テラヘ …® 5000 TCU531n Control Unit The T-Ray ®...
2
© 2013 Advanced Photonix, Inc. All rights reserved. Specifications and output data subject to change without notice. Precision – Control – Results T-Ray ® 5000 TCU531n Control Unit The T-Ray ® 5000 Control Unit changes the paradigm of Time Domain Terahertz (TD-THz) generation and detection. No longer is terahertz the experiment. Now it is the tool. With interchangeable fiber coupled heads and all necessary components built in, the T-Ray® 5000 moves terahertz measurements from the lab table to the bench-top to the factory floor. It delivers precisely controlled optical signals to the T- Ray® Transmitter and Receiver, enabling them to generate and receive terahertz signals. Measured terahertz signals are processed and exported at a rate of up to 1 KHz, making the T-Ray® 5000 the fastest time domain terahertz system available in the world. Operating in either reflection or transmission mode, the interchangeable fiber coupled sensor heads deliver a picosecond duration TD-THz pulse, allowing high speed, scanned images to be easily produced. The T-Ray 5000 Control Unit and its accessories are linked with manufacturing grade connectors and interfaces suitable for an industrial environment, but fast enough for even the most demanding experiment. Adequate connections are provided to allow seamless integration with most imaging systems. The well defined interface connections make experiment integration simple, yet powerful. APPLICATIONS • Terahertz Time Domain Spectroscopy; solid, liquid, gas phase; polymorph discrimination; explosive detection • Terahertz Imaging: high resolution (150 microns); high speed (800 pixels per second); THz CT imaging • Art Conservation: identify construction; image through pottery; view previous repairs; non-destructive • Security Research: baggage screening; personnel screening; shoe screening; anomaly detection FEATURES BENEFITS • Compact enclosure • Easy to install • Mates to fiber coupled sensor head • Easy reconfiguring of experiments • Integrated data processor • Provides linearized waveform • Standard monitor and USB connections • Does not require specialty monitor or keyboard • Digital inputs available for measurement control • Trigger for data recording and tagging
Transcript of T-Ray 5000 TCU531n Control Unit 20140108 - テラヘ …® 5000 TCU531n Control Unit The T-Ray ®...
© 2013 Advanced Photonix, Inc. All rights reserved. Specifications and output data subject to change without notice.
Precision – Control – Results
T-Ray® 5000 TCU531n Control Unit The T-Ray® 5000 Control Unit changes the paradigm of Time Domain Terahertz (TD-THz) generation and detection. No longer is terahertz the experiment. Now it is the tool. With interchangeable fiber
coupled heads and all necessary components built in, the T-Ray® 5000 moves terahertz measurements from the lab table to the bench-top to the factory floor. It delivers precisely controlled optical signals to the T-Ray® Transmitter and Receiver, enabling them to generate and receive terahertz signals. Measured terahertz signals are processed and exported at a rate of up to 1 KHz, making the T-Ray® 5000 the fastest time domain terahertz system available in the world. Operating in either reflection or transmission mode, the interchangeable fiber coupled sensor heads deliver a
picosecond duration TD-THz pulse, allowing high speed, scanned images to be easily produced. The T-Ray 5000 Control Unit and its accessories are linked with manufacturing grade connectors and interfaces suitable for an industrial environment, but fast enough for even the most demanding experiment. Adequate connections are provided to allow seamless integration with most imaging systems. The well defined interface connections make experiment integration simple, yet powerful.
APPLICATIONS
• Terahertz Time Domain Spectroscopy; solid, liquid, gas phase; polymorph discrimination; explosive detection • Terahertz Imaging: high resolution (150 microns); high speed (800 pixels per second); THz CT imaging • Art Conservation: identify construction; image through pottery; view previous repairs; non-destructive • Security Research: baggage screening; personnel screening; shoe screening; anomaly detection
FEATURES BENEFITS • Compact enclosure • Easy to install • Mates to fiber coupled sensor head • Easy reconfiguring of experiments • Integrated data processor • Provides linearized waveform • Standard monitor and USB connections • Does not require specialty monitor or keyboard • Digital inputs available for measurement control • Trigger for data recording and tagging
© 2013 Advanced Photonix, Inc. All rights reserved. Specifications and output data subject to change without notice.
Precision – Control – Results
T-Ray® 5000 TCU531n Control Unit
QUALITY VISION As a leader in terahertz instrumentation, Advanced Photonix, Inc is committed to providing the highest quality ultrafast products on the market. This quality vision commits us to continually improving our product designs and manufacturing processes in order to ensure the highest level of customer satisfaction. The company maintains a stringent quality control program to ensure that all products meet or surpass customer requirements
2925 Boardwalk •Ann Arbor, MI 48104, USA phone: 734.864.5600 • fax: 734.998.3474
[email protected] www.advancedphotonix.com
INCLUDED US standard line cord Wall, shelf, or rack mount
TYPICAL CONFIGURATION Terahertz Controller Transmitter and Receiver Umbilical pair (5, 10, 30 m) Umbilical Adapter
SPECIFICATIONS
Maximum measurement range 12, 25, 50 or 100 mm Will vary with material measured
Measurement rate 100 and 1000 Hz Determined by measurement range External monitor connection VGA
A/D dynamic range 16 Bit Operating Temperature Range 0 – 50 °C 20–90% RH non-condensing Power Required < 550 Watts 110/240 VAC, 50/60 Hz self-sensing Size (W x H x D) 17.5 x 21.5 x 7.5 in Minimum size Weight 18.2 g USB ports 4 Ethernet ports 3 2 independent IP addresses Digital Interface 16 Inputs and Outputs Encoder Inputs 6 High speed
