5G Ready 0.04-12.4 GHz RF & Microwave Antenna Lab MAT12

2. PLL Synthesized Microwave Signal Analyser MSA12

Features

1. PLL Synthesized Microwave Signal Generator MSG12

Technical Specifications

* 320X240 pixel TFT Touch screen PLL Microwave Transmitter, PLL Microwave Receiver 40 MHz-12.4 GHz. * 1 KHz step size with measurement in 0.1 dB resolution with 70 dB dynamic range.* Over 40 Antennas like Parabolic dish, Patch arrays, Horns , Slots, Helices, Dipole, Monopole etc.* Directional Coupler, Slotted Line for VSWR/ Return Loss.* Stepper motor antenna rotator with 1 degree resolution.* USB interface with polar/cartesian plotting software.* All antenna gain, return loss and pattern plot provided.* 10,000 location Frequency and level storage in receiver

5G READY 40 MHZ 12.4 GHz

RF & MICROWAVE ANTENNA TRAINING LAB MAT12

Display : 320 X240 pixel TFT Touch ScreenFrequency range : 40-12.4 GHz PLL synthesizedStep size : 1KHz to 1GHzModulation : ASK, FMAccuracy : 10ppmRF Level : 0dBm typicalUSB interface : To PC for antenna plotting softwareConnector : Gold plated SMA

Mfd by: Amitec Electronics Ltd.Regd. Off: 504, Nilgiri, 9 Barakhamba Road, New Delhi-110001, India, Works: 4/32, Site-4, Industrial Estate Sahibabad, NCR-201010, India, [email protected], www.amitec.co+91-11-41505510, +91-120-4371276




3. Antenna Plotting Software : Win 7 & 8 compatible

Display : 320 X240 pixel TFT Touch ScreenFrequency range : 40-12.4 GHz PLL synthesizedStep size : 1KHz to 1GHzMeasurements : RF level in dBm & 22 other unitsResolution : 0.1dB with a dynamic range of 70 dBUSB interface : To PC for antenna plotting softwareConnector : Gold plated SMAMotor Rotation : 0-359 degrees in 1 degreeMotor Mode : Fully programmable start/end position, Step Size, Forward step/dwell/stop timeAuto mode : Automatic rotation with receiver Locations : 10,000 location Frequency & Level storage

7. 8. Microwave absorber Panel- 2 Nos.

6. STEPPER MOTOR CONTROLLER SMC10

4. 5. Dual Ridge Horn- 2 Nos.

Display : 320 X240 pixel TFT Touch ScreenMotor Rotation : 0-359 degrees in 1 degreeMotor Mode : Full programmable s t a r t / e n d p o s i t i o n , S t e p Size,Forward step/dwell/stop time, No of cycles Auto mode : Automatic rotation with receiver Locations :10,000 location Frequency and Level storage.

Absorber : EM Lossy PU Foam ConesReflection : -40dB @10GHzFire retardancy : As Per NRL USA-8093 Standard complying Tests No.1,2 and 3 with zero halogen meansEquivalent RCS : -30dBsm 8-40GHz

USB interface with polar plotting with log, linear cartesian and polar plots, Vi, Vr & Return loss plots, Multiple pattern overlay, Double cursor, Zoom, Colour editing, 1000 location editor, Absolute/Relative, 3dB/10dB beam-width, Gain, Front to back, Side lobe level and position, Plot rotate, File- edit, save, get.

S11 : >15dB Typical Bandwidth : 1 - 18 GhzGain : 8.5dBiBeamwidth : 0 E plane 52Beamwidth : 0 H Plane 24Polarisation : Linear

13. Vivaldi

12. Yagi 3 element

S11 : >6dB Bandwidth : 10.3 + 2 GHzGain : 1dBBeamwidth : 0 E plane 80Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio : 0dBSubstrate : Ceramic basedConnector : SMA

S11 : >10dB Bandwidth : 10.3 + 0.1GHzGain : 5dBBeamwidth : 0 E plane 80Beamwidth : 0 H Plane 100Polarisation : LinearFront to Back Ratio : >10dBSubstrate : Ceramic basedConnector : SMA

17. Patch Microstrip Array 4x1



14. Patch Microstrip circularly polarized

15. Patch Microstrip




S11 : >10dB Bandwidth : 10.3 + 0.1GHzGain : 4dBBeamwidth : 0 E plane 120Beamwidth : 0 H Plane 120Polarisation : CircularFront to Back Ratio : >10dBSubstrate : Ceramic basedConnector : SMA


9. Monopole

10. Dipole

11. Yagi 4 element

S11 : >6dB Bandwidth : 10.3 + 0.5GHzGain : 2dBBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio : 0dBSubstrate : Ceramic basedConnector : SMA


S11 : >6dB Bandwidth : 10.3 + 0.5GHzGain : 1dBBeamwidth : 0 E plane 80Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio : 0dBSubstrate : Ceramic basedConnector : SMA




24. H Plane Sectoral Horn

23. E Plane Sectoral Horn

S11 : >15dB Bandwidth : 8.2- 12.4 GHzGain : 10dBBeamwidth : 0 E plane 100Beamwidth : 0 H Plane 22Polarisation : Linear


28, 29. Helix (RHCP) - 2 Nos

30, 31. Helix (LHCP) - 2 Nos

27. Slot WG narrow wall

25. Dielectric Rod

26. Slot WG broad wall

S11 : >6dB Bandwidth : 10.3 + 0.5GHzGain : 16dBBeamwidth : 0 E plane 40Beamwidth : 0 H Plane 40Polarisation : Circular RHFront to Back Ratio : >10dBConnector : SMA

S11 : >6dB Bandwidth : 10.3 + 0.5GHzGain : 16dBBeamwidth : 0 E plane 40Beamwidth : 0 H Plane 40Polarisation : Circular LHFront to Back Ratio : >10dBConnector : SMA

S11 : >10dB Bandwidth : 10.3 + 0.1GHzGain : 4dBBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 60Polarisation : LinearFront to Back Ratio : 10dB

S11 : >6dB Bandwidth : 10.3 + 0.5GHzGain : 1dBBeamwidth : 0 E plane 50Beamwidth : 0 H Plane 60Polarisation : LinearFront to Back Ratio : 0dBConnector : SMA

S11 : >10dB Bandwidth : 10.3 + 0.1GHzGain : 4dBBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 60Polarisation : LinearFront to Back Ratio : 10dB

19. Parabolic Dish

20. Conical Horn

21, 22. Pyramidal Horn- 2 Nos.

S11 : >6dB Bandwidth : 8.2- 12.4 GHzGain : 10dBBeamwidth : E plane Beamwidth : H PlanePolarisation : LinearConnector : SMA


S11 : >10dB Bandwidth : 10.3 + 0.5GHzDirectivity : 24dBBeamwidth : 0 E plane 10Beamwidth : 0 H Plane 20Polarisation : LinearFront to Back Ratio : 25dBDiameter : 300mmWeight : 500g




36. Microstrip Log Periodic Dipole Array

35. Microstrip Dipole

S11: >10dB Bandwidth: 3-6GHzGain: 6dBiBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 80Polarisation : LinearFront to Back Ratio: 6dBConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

F :4c + 0.1 GHzS :11 10 + 2dBPolarisation : LinearX Pol discrimination : 20dBGain : 2dBiFeed: Microstrip balunImpedance : 50 OhmsConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

40. Spiral Slot

41. Microstrip Circular Patch

39. Left Circularly Polarized Patch

37. Microstrip Slot

38. Right Circularly Polarized Patch

F : 4c + 1 GHzS :11 10 + 2dBPolarisation : LinearGain : 2dBiImpedance : 50 OhmsConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

F : 4c + 0.1 GHzS :11 10 + 2dBPolarisation : LinearGain : 3dBiImpedance : 50 OhmsConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

F : 4c + 0.1 GHzS :11 10 + 2dBPolarisation : LHCPGain : 3dBiImpedance : 50 OhmsConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

F :c 4 + 0.1 GHzS11: >10dB Gain: 2dBiBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio: 0dBConnector : SMAMasking: SelectivePlating: Gold

F : 4c + 0.1 GHzS :11 10 + 2dBPolarisation : RHCPGain : 3dBiImpedance : 50 OhmsConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold

32. Microstrip Yagi

33. Log Spiral

34. Microstrip Patch Transformer Fed

F :c 4 + 1 GHzS11: >10dB Gain: 2dBiBeamwidth : 0 E plane 80Beamwidth : 0 H Plane 120Polarisation : CircularFront to Back Ratio: 0dBConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold


F :c 4 + 0.1 GHzS :11 10 + 2dBPolarisation : LinearGain : 3dBi

Microstrip balunFeed :Impedance : 50 OhmsConnector : SMA Substrate: CeramicMasking: SelectivePlating: Gold




46. Monopole

45. Microstrip Rectangular Patch

S11: >10dB Bandwidth: 4 + 0.2GHzGain: 1dBiBeamwidth : 0 E plane 70Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio: 0dBConnector : SMASubstrate: CeramicMasking: SelectivePlating: Gold


50. Dual Rectangular Patch

51.Reference Logperiodic

49. Rectangular Patch Array 2 X 2

47. Loop

48. Coplanar waveguide CPW Bow tie Antenna

F : 4c + 0.1 GHzS :11 10 + 2dBPolarisation : LinearGain : 5dBiImpedance : 50 OhmsConnector : SMASubstrate: FR4Masking: SelectivePlating: Gold

S11: >10dB Bandwidth: 1 to 6GHzGain: 4dBiBeamwidth : 0 E plane 60Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio: 10dBConnector : SMA

F : 4c + 0.1 GHzS :11 10 + 2dBPolarisation : LinearGain : 8dBiImpedance : 50 OhmsConnector : SMASubstrate: FR4Masking: SelectivePlating: Gold



42. Folded Dipole

43. Endfire Phased array

44. Broadside phased array







56. Parabolic Dish ( Aperture Antenna)

55. Vivaldi( Planar Horn: Aperture Antenna)

S11: >10dB Bandwidth: 4 + 0.1 GHzGain: 6dBiBeamwidth : 0 E plane 40Beamwidth : 0 H Plane 60Polarisation : LinearFront to Back Ratio: 10dBConnector : SMA

S11 : >6dB Bandwidth : 4 + 2 GHzGain : 1dBiBeamwidth : 0 E plane 80Beamwidth : 0 H Plane 180Polarisation : LinearFront to Back Ratio : 0dBSubstrate : Ceramic basedConnector : SMA

59. Precision Slotted Line

57. Directional Coupler

S11 : >20dBS12 : <1dBResolution : 0.05mm using vernierCoupling factor : - 20dBWaveguide Flange : Wr90Probe Connector : SMA

Bandwidth: 1 - 6 GHzInsertion S 12 : 1.5 + 0.5 dBCoupling S13 : 20 + 2dB

Isolation S14: 20 + 2dB Directivity S23: 15 + 3dBImpedance : 50 OhmsConnector : SMAUsage: Antenna forward & reverse power & VSWR measurements.

52. Series fed patch array

53. Leaky wave antenna

54.Wideband Bow tie Dipole Antenna

S11 : >6dB Bandwidth : 4 + 0.3GHzGain : 2dBiBeamwidth : 0 E plane 40Beamwidth : 0 H Plane 40Polarisation : LinearFront to Back Ratio : >8dBConnector : SMA

F : 3c + 2 GHzS :11 10 + 2dBPolarisation : LinearGain : 2dBiImpedance : 50 OhmsConnector : SMASubstrate: Glass EpoxyMasking: SelectivePlating: Selective Gold

S11 : >6dB Bandwidth : 4 + 0.3GHzGain : 4dBiBeamwidth : 0 E plane 40Beamwidth : 0 H Plane 40Polarisation : LinearFront to Back Ratio : >8dBConnector : SMA

58. Coaxial Slotted Line

S11: S12: >15dB, <1.5dBResolution: 0.05mm/ 0.15degree at 1.5GHzCoupling factor:-20dBConnector : SMAResidual VSWR : <1.2Velocity propagation :

81.818X10 m/s0Wavelength/360 phase : 121mm

at 1.5GHzTotal Length : 200mm50 Ohms Matched




60, 61, 62. Waveguide to Coax adapter - 3 Nos

S11 : 10dBS12 : 1.5dBFrequency : 8.2-12.4 GHzConnector : SMA

63. Broadband Matched Termination

S11 : >25dBBandwidth : 8.2 -12.4 GHzWaveguide Flange : Wr90

68. Accessories

67. Fixed short

Students act iv i ty manual , Teachers reference manual, M4X20 Screw & Nut, Screw driver, Spanner, USB Lead, RG316 cables, Attenuator, SMA-SMA adapter

Fixed ShortS11: >60dB

Areas of Experimentation and scope of study64. Current Probe

65. Voltage Probe

66. Multi Hole Directional Coupler

Type: Directional, ElectricRejection H/E: 30dBFrequency: 3GHz upper resonantSensitivity: LowSize 0.6cm:

S41 Coupling : 10dBS34 Directivity : 30dBS21 Insertion Loss : <1.5dBBandwidth : 8.2 -12.4 GHzWaveguide Flange : Wr90

Type: Loop, Magnetic FieldRejection E/H: 30dBFrequency: 1.5GHz upper resonantSensitivity: HighDiameter: 1cm




1. Introduction2. To plot the radiation pattern of an omnidirectionalantenna.3. To plot the radiation pattern of a directional antenna4. To measure axial ratio and cross polarisationdiscrimination of vertically horizontally and circularlypolarized antennas.5. To measure the VSWR of the antenna6. To demonstrate that transmitting and receiving patterns ofan antenna are equal and hence confirm the reciprocitytheorem of antennas7. To plot the radiation pattern (E & H Plane Polar &Cartesian Plots on Log/Linear scale of an antenna on PC.8. To measure the ANTENNA PARAMETERS (directivity,gain, beam width (Half Power/10dB), front to back ratio,plane of polarization, cross polarization discrimination,side lobe level and its angular position from polar plot,VSWR/return loss) of Dipole, Folded dipole and Planar Sleeve Dipole.9. To measure antenna parameters of Yagi.10. To measure antenna parameters of Slot. 11. To measure antenna parameters of Transformer fedPatch and inset fed Patch.12. To measure antenna parameters of right circularly polarized patch and left circularly polarized patch.13. To measure antenna parameters of Spiral.14. To measure antenna parameters of Spiral Slot.15. To measure antenna parameters of Log Periodic.16. To measure antenna parameters of Circular patch.17. To measure antenna parameters of Folded Dipole.18. To measure antenna parameters of Loop.19. To measure antenna parameters of Endfire and Broadside array.20. To measure antenna parameters of Patch array 2X2, and Dual Patch.21. To measure antenna parameters of monopole.22. To measure antenna parameters at 10.3 GHz of Pyramidal Horn (E plane Horn, H plane Horn and open waveguide antenna.23. To measure antenna parameters at 10.3 GHz of conical Horn antenna24. To measure antenna parameters at 10.3 GHz of monopoleand Dipole antenna25. To measure antenna parameters at 10.3 GHz of Slot Narrow Wall &Broad Wall slot Antenna26. To measure antenna parameters at 10.3 GHz of Parabolic dish antenna27. To measure antenna parameters at 10.3 GHz of Patch array 4X4 antenna.Patch array 2X2 antennaDual Patch array antennaInset fed Patch antennaCircularly Polarized Patch antenna28. To measure antenna parameters of Helix RHCP &Helix LHCP antenna. 29.To measure the cross polarizationdiscrimination for circular polarization.E-Manual: Installation Video for ease of LearningDimension : 55X 45 X 36 cms.X 3Weight : 45 KgWarranty: 3 yrs.

Documents

5G Ready 0.04-12.4 GHz RF & Microwave Antenna Lab MAT12