Transcript T-Gauge - Advanced Photonix, Inc.

T-Gauge® Sensor Configuration
The T-Gauge® Sensor Configuration changes the paradigm of online process control. By
coupling a T-Gauge Pulsed Terahertz Controller with an umbilical and a Sensor head, a high
fidelity terahertz pulse can be produced. The rich data derived from the pulsed terahertz
signal allows multiple measurements from a single sensor. The multitude of connection
options allows seamless integration with any QCS system. Measurements of basis weight,
density, caliper thickness, multi-layer thickness and moisture can be made with a single
compact sensor technology.
The T-Gauge® Pulsed Terahertz Controller is the heart of the T-Gauge® Sensor
Configuration. The Controller comprises the short pulse laser, time delay rail, and data
collection electronics. With a waveform acquisition time of 10ms, the TCU5210 is the
fastest, full featured time domain terahertz controller available.
By using pulse Time-of-Flight (ToF)
to make its measurements, the TGauge® Sensor Configuration has
greater insensitivity to
environmental and material
variations that can lead to
calibration inaccuracies.
The terahertz energy emitted by
the T-Gauge® Sensor is so low, that
there are no safety concerns with
operation. No radioactive materials
and no ionizing radiation is used.
FEATURES
APPLICATIONS
• Industrial process control
• Fiber coupled sensor head
• Nondestructive materials inspection
• Integrated data processor
• Package inspection
• Server software for accessing data
• Semiconductor wafer inspection
• Can produce processed or raw data
• Converting applications
• Single umbilical for transceiver heads
• Multi-layer thickness measurement
• Multiple sensor heads available
• Building products
• Easy switching between products
• Paper and paper coaters
• Digital inputs available for data tagging
• Foams and foam products
T-GAUGE®
• Compact enclosure
T-GAUGE® Control Unit (TCU5210)
Parameter
Specification
Pulse Bandwidth
Pulse Amplitude Stability
Polarization Extinction Ratio
Signal-to-Noise Ratio
Rapid Scan Range
Rapid Scan Rate
Weight
Spectral resolution
Spectral stability
Spectral amplitude stability
Size (W x D x H)
Weight
0.02 to 3.5
.22
>20:1
>80
320
100
23
3.1
.31
.006
17.5 x 21.5 x 7.5
16
Units
Comments
THz
%
Transmission, 1 min average
Single trace, no averaging
dB
ps
Hz
kg
GHz
GHz
dB
inches
kg
Frequency Domain, 1 min average
80 ps with delay option
1000 Hz with delay option
(55 lbs)
standard deviation .1 sec avg
standard deviation 10 sec avg
35 lbs
REQUIRED EQUIPMENT
Fiber/electrical umbilical
T-Gauge Sensor Head or Tx/Rx pair
OPTIONAL EQUIPMENT
Umbilical Junction Box
Sample calibration fixture
Wall mount bracket
Rack mount brackets (shown)
CONTROLLER FEATURES
Feature
Aux Connectors
Voltage Option
Waveform Acquisition
Umbilical length
Digital Inputs
Encoder Inputs
Description
4 USB ports, 2 Ethernet ports
Power supplies are self-sensing
100 Hz or 1000 Hz waveform acquisition rate available
2 - 30 meters configurable
16 digital inputs
6 high speed encoder inputs
QUALITY VISION
2925 Boardwalk •Ann Arbor, MI 48104, USA
phone: 734.864.5600 • fax: 734.998.3474
[email protected]
T-GAUGE®
As a leader in terahertz instrumentation, Picometrix 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.
www.advancedphotonix.com
© 2012 Advanced Photonix, Inc.. All rights reserved. Specifications and output data subject to change without notice. DS-TR5000-preliminary
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