• Skip to primary navigation
  • Skip to main content
  • Home
  • People
  • Facilities
    • Anechoic Chamber
    • Microwave and Millimeter Wave Metrology Lab
    • Rapid Prototyping and Machining
    • Visualization Studio
    • Instructional Lab
  • News
  • Equipment
    • Reservation
    • Training
  • Membership and Facility Usage
    • Using the iEMSL
  • Policies
  • Contact Us

Intelligent Electromagnetic Sensor Laboratories (iEMSL)

Texas A&M University College of Engineering

Lab

Anechoic Chamber

  • DSC04992
  • DSC04999
  • DSC05008
  • DSC05010
  • DSC05011
  • Chamber 1
  • Chamber
  • DSC04982
  • 20240402_131221
  • Chamber with students and aeroplan model
  • DSC05022
  • DSC05023

The iEMSL houses a fully functional Anechoic Chamber and associated equipment to enable antenna characterization measurements from 800 MHz to 140 GHz. The chamber interior measures 24 ft, 10 ft and 6.5 ft in length, width and height. It features a quiet zone with better than 20 dB attenuation using an automated measurement system for RF, microwave and millimeter-wave frequencies.

This facility is currently used to characterize the input match as well as radiation pattern of the antennas from 800 MHz to 40 GHz. The maximum antenna (or system) size should be 24 x 24 inches with a depth of 24 inches or less. Usage of the chamber is conducted through the iEMSL’s Assisted Measurement program.

The chamber is located in the Wisenbaker Engineering Building (WEB) room 160.

Chamber Specifications

Frequency Range800 MHz – 140 GHz
Chamber Internal Dimensions24′ x 10′ x 6.5′
Far Field Distance16′
Max AUT Size24″ x 24″
Scan GeometryTwo-axis, spherical
Scan RangeUp to ±180° pattern coverage

Chamber Equipment

  • Keysight PNA N5227A Vector Network Analyzer
  • Standard Gain Horns for Antenna Characterization
    • ETS Lindgren 3164-10 400MHz-10GHz,
    • ETS Lindgren 3164-05 2-18 GHz,
    • ETS Lindgren 3116C 10-40 GHz,
    • Narda model 644 2.6-3.95GHz,
    • Narda model 640 8.2-12.4 GHz,
    • Narda model 638 18-26.5 GHz,
    • Quinstar QWH-UPRR00 40-60 GHz,
    • Quinstar QWH-EPRR00 60-90 GHz,
    • Quinstar QWH-FPRR00 90-140 GHz

Radiation Pattern Measurements

  • COM1 png (2)
  • COM1 png (1)
  • COM1 png

Using a dual-axis positioning system, the iEMSL anechoic chamber can measure and quantify the transmission characteristics of antennas.

The radiation pattern of an antenna reveals crucial information about transmission and reception performance.

Elevation and azimuthal “slices” or “cuts” show a 2D representation of an antenna’s radiation pattern. iEMSL students and staff are working to develop a method for measuring radiation patterns in three dimensions.

Users of the anechoic chamber will receive a .csv file of their antenna’s radiation pattern.

Equipment

  • ETS-Lindgren Anechoic Chamber 800 MHz-140 GHz high fidelity measurements
  • Keysight PNA N5227A 67 GHz Vector Network Analyzer (4 Port)
  • VDI WR10+ 67-115 GHz VNA Extension Module (2 units)
  • VDI WR6.5 110-175GHz VNA Extension Module (2 units)
  • Standard Gain Horns for Antenna Characterization
    • ETS Lindgren 3164-10 400MHz-10GHz,
    • ETS Lindgren 3164-05 2-18 GHz,
    • ETS Lindgren 3116C 10-40 GHz,
    • Narda model 644 2.6-3.95GHz,
    • Narda model 640 8.2-12.4 GHz,
    • Narda model 638 18-26.5 GHz,
    • Quinstar QWH-UPRR00 40-60 GHz,
    • Quinstar QWH-EPRR00 60-90 GHz,
    • Quinstar QWH-FPRR00 90-140 GHz
  • Assorted RF cables, connectors/adaptors, calibration kits

Instructional Lab

The instructional lab currently provides hands-on training in RF measurements. The lab will also be used to educate undergraduate students and provide workforce training in these emerging technologies and provide exposure to current trends in microelectronics. The lab is located in the Wisenbaker Engineering Building (WEB) room 167.

  • 20240229_150414
  • 20240229_150427
  • 20240229_150458
  • 20240229_150522
  • 20240229_150531
  • 20240229_150541
  • 20240229_150546

 

Microwave Solid-State Circuits and Systems (ECEN 453) course lab work will run in the undergraduate teaching lab.

The capstone courses (ECEN 403 & ECEN 404) will also run in undergraduate teaching lab. The capstone experience successfully prepares future engineers by bridging the gap between classroom and industry. Students are required to use their knowledge and skills to complete an engineering design project equivalent to the assignments they will soon receive as professional engineers.

 

 

Equipment include:

  • Keysight P9370A Network Analyzer – 4.5 GHz
  • Keysight N9320B Spectrum Analyzer – 3 GHz
  • Mini-Circuits SSG6001RC Signal Generator– 6 GHz
  • Keysight DSOX1202A Oscilloscope
  • Keysight EDU36311A DC Power Supply
  • Keysight E3630A DC Power Supply
  • RF Training and Evaluation Boards: Keysight ZA0116A  (U3852A)
  • S911T 3.5 mm (f) 4-in-1Calibration Kit (DC to 9 GHz)

 

 

 

Microwave and Millimeter Wave Metrology Lab

The Microwave and Millimeter Wave Metrology Lab offers researchers exceptional opportunities to propel their projects from conception through implementation and testing, spanning from DC to mm-Wave frequencies and in some cases up to 170 GHz. The lab offers a variety of Vector Network Analyzers, Signal Generators, Spectrum Analyzers and Probing Stations. In addition to that, the lab houses a full communication systems and digital signal processing test bench as well as Optical Communication test bench. The list of the core equipment can be found in this link.

The Microwave and Millimeter Wave Metrology Lab is located in the Wisenbaker Engineering Building (WEB) room 160 and 164.

 

  • DSC05094
  • DSC05134
  • DSC05091
  • DSC05039
  • DSC05065
  • DSC05064
  • DSC05079
  • DSC05053
  • DSC05088
  • DSC05089
  • DSC05073
  • DSC05052
  • DSC05090
  • 20240229_150021
  • 20240229_150054
  • DSC05100
  • DSC05140
  • 20240229_150321

 

 

Rapid Prototyping and Machining

The Rapid Prototyping and Machining lab space houses multiple 3D printers and etchers that can used for rapid prototyping of antennas as well as any support structures required for in-lab validation of the technology.

Assembly (WEB160A):

  • Soldering Station:
    • Sparkfun 303D SMD Rework station
    • Melcal soldering iron
    • Weller DEC1001
    • Zeiss Microscope with Canon DS126311 camera
    • Zephytronics Ari Plus ZT-4-MIL-Smoke and fume extractor
    • Melcal soldering iron
    • Zephyrtronics ZT-1-CLS-DPU Airbath
    • Techni-stat Vacuum pen
  • Yamato Vacuum Drying Oven ADP300C

3D Printing (WEB160A):

  • FormLab Form 2 3D Printer
  • Lulzbot TAZ 3D Printer

Machine Shop (WEB157):

  • Milling machine
  • Drill, cutting tools, and various power tools

Visualization Studio

The Visualization Studio enables visualization of electromagnetic concepts through high-quality 3D renders. The lab will also be used to educate students and provide workforce training in these emerging technologies and provide exposure to current trends in microelectronics. The lab is located in the Wisenbaker Engineering Building (WEB) room 167.

  • 20240229_150556
  • 20240229_150606
  • 20240229_150618
  • 20240229_150624
  • 20240229_150642

Equipment

  • Five Desktop Computer (Precision 3660)
    • 13th Generation Intel Core i9-13900K (36MB Cache, 24 Core (8+16), 3.0GHz to 5.8GHz (125W)) TDP
    • 32GB, 2x16GB, DDR5 up to 4400MHz UDIMM non-ECC memory
  • Three Dell UltraSharp 30 USB-C Hub Monitor – U3023E, 75.62 cm (30.0″)
  • Two Dell UltraSharp 49 Curved Monitor – U4924DW, 124.5cm (49″)

 

Software list

Ansys Electronics Desktop (including HFSS), Keysight Pathwave suite (including  EMPRO, MOMENTUM, ADS), SONNET, Solidworks, 3D Max, Revit, Adobe acrobat reader, 7Zip, MS office

© 2016–2025 Intelligent Electromagnetic Sensor Laboratories (iEMSL) Log in

Texas A&M Engineering Experiment Station Logo
  • State of Texas
  • Open Records
  • Risk, Fraud & Misconduct Hotline
  • Statewide Search
  • Site Links & Policies
  • Accommodations
  • Environmental Health, Safety & Security
  • Employment