Amitec RF and Microwave Product catalog

Amitec Electronics LtdInnovating Technology

Product Catalogwww.amitecltd.com

ANTENNA TRAINER ATS10

Mfd by: Amitec Electronics Ltd.Regd. Off: 504, Nilgiri, Barakhamba Road, New Delhi-110001Works: 4/32, Site-4, Industrial Estate Sahibabad, [email protected], www.amitec.co.in91-120-4371276, 91-9811839949, 91-9810193153

Antenna Trainer ATS10 Features:

Amitec ATS10 Technical Specifications:

Software:

Directional Coupler/Return Loss Bridge:

Antenna KitAccessories

ATS10 Antenna Type:

* PLL transmitter and receiver 86 - 860 Mhz., 25 antennas* 50 KHz step size* RF Power measurement in 0.1 dB resolution* 110 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator with 1 degree resolution* RS232 interface with polar/cartesian plotting software* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver

Frequency range : 86 - 860 Mhz PLL for Tx and RxStep size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCDControls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB internal switchableImpedance : 50 ohmsMeasurements : RF level in dBuV with 0.1dB resolutionDynamic range : 110 dB (70dB log +40dB attenuator)Speaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for antenna

plotting using supplied softwareAuto mode : Data logging for antenna gain & SWR

bandwidth with transmitter & polar/cartesian plots with Stepper.

Demodulation : FM Demodulation outRotation : 0-359 degrees with 1 deg resolutionAngular steps : 1, 5, 10, 45 degreesAuto mode 1 : 1. Automatic rotation with receiver

: 2. Tracking operation with receiverMode : Clockwise/Counterclockwise rotation,

Fast Slow speed modesDown converter : 39Mhz output for monitoring on

spectrum analyserRSSI : Received Signal strength Indication for

Fading analysisPower Supply : 100-240V AC, 50-60 Hz

RS 232 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.

DirectionalCoupler is provided with 1 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR

Broadband 1:1 Balun and flexible wire.

1. Transmitter antenna mounting stand.2. Stepper motor controlled mounting stand for Rx3. Condenser microphone 4. Antenna Kit5.All necessary connectors & Teflon RF cables.6. Students activity & Teachers reference Manual7. Software CD 8. BNC-BNC Cable 1.5 m X 29. Sniffer Probe 10. Measuring Tape11. Polarization Connector X 2 12. Rs232 lead

1. Monopole 1dBi 0.25-1GHz2. Dipole L/2 2dBi 0.25-1GHz3. Folded Dipole 2dBi 0.4-0.8GHz4. Dipole L/4 2dBi 0.25-1GHz5. Crossed Dipole LHCP 2dBi 0.8GHz6. Crossed Dipole RHCP 2dBi 0.8GHz7. Yagi(3el) 4dBi 0.6GHz8. Yagi (4el) 5dBi 0.6GHz

:

typical gain & VSWR<1.5

9. Biconical 3dBi 0.25-1GHz10. Discone 1dBi 0.25-2GHz11. Log Periodic 0.25-1GHz12. Sleeve 1.5dBi 0.75GHz13. Slot 2dBi 0.8GHz14. End fire 3dBi 0.6GHz15. Broad side 3dBi 0.6GHz16. Whip 0.5dBi 0.1GHz17. Helix LHCP 4dBi 0.6-1GHz18. Helix RHCP 4dBi 0.6-1GHz19. Square Loop 2dBi0.6GHz20. Quad 4dBi 0.6GHz21. V antenna 3dBi 0.8GHz22. Top loaded 1dBi 0.6GHz23. Rhombus 3dBi 0.8GHz24. Ground plane 1dBi 0.6GHz25. L/4 Phase array 3dBi 0.8GHz

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna.* Vertical, Horizontal and Circularly polarized antennas.* Polarization discrimination linear & circular antennas* Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front to back ratio, plane of polarization, side lobe level & angle.* Antenna resonance, VSWR and bandwidth using Directional coupler and adjust the antenna.* Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit* Voice communication link using antennas. Plus lot more

Areas of experimentation and scope of study

E-Manual: Installation Video for ease of LearningDimension:56X48X41cm Weight: 20 kg Warranty:3 yr





Software:

Directional Coupler/Return Loss Bridge:

Antenna KitAccessories

ATS10 Antenna Type:

* PLL transmitter and receiver 86 - 860 Mhz., 25 antennas* 50 KHz step size* RF Power measurement in 0.1 dB resolution* 110 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator with 1 degree resolution* RS232 interface with polar/cartesian plotting software* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver

Frequency range : 86 - 860 Mhz PLL for Tx and RxStep size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCDControls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB internal switchableImpedance : 50 ohmsMeasurements : RF level in dBuV with 0.1dB resolutionDynamic range : 110 dB (70dB log +40dB attenuator)Speaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for antenna

plotting using supplied softwareAuto mode : Data logging for antenna gain & SWR

bandwidth with transmitter & polar/cartesian plots with Stepper.

Demodulation : FM Demodulation outRotation : 0-359 degrees with 1 deg resolutionAngular steps : 1, 5, 10, 45 degreesAuto mode 1 : 1. Automatic rotation with receiver

: 2. Tracking operation with receiverMode : Clockwise/Counterclockwise rotation,

Fast Slow speed modesDown converter : 39Mhz output for monitoring on




DirectionalCoupler is provided with 1 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR


1. Transmitter antenna mounting stand.2. Stepper motor controlled mounting stand for Rx3. Condenser microphone 4. Antenna Kit5.All necessary connectors & Teflon RF cables.6. Students activity & Teachers reference Manual7. Software CD 8. BNC-BNC Cable 1.5 m X 29. Sniffer Probe 10. Measuring Tape11. Polarization Connector X 2 12. Rs232 lead

1. Monopole 1dBi 0.25-1GHz2. Dipole L/2 2dBi 0.25-1GHz3. Folded Dipole 2dBi 0.4-0.8GHz4. Dipole L/4 2dBi 0.25-1GHz5. Crossed Dipole LHCP 2dBi 0.8GHz6. Crossed Dipole RHCP 2dBi 0.8GHz7. Yagi(3el) 4dBi 0.6GHz8. Yagi (4el) 5dBi 0.6GHz

:

typical gain & VSWR<1.5

9. Biconical 3dBi 0.25-1GHz10. Discone 1dBi 0.25-2GHz11. Log Periodic 0.25-1GHz12. Sleeve 1.5dBi 0.75GHz13. Slot 2dBi 0.8GHz14. End fire 3dBi 0.6GHz15. Broad side 3dBi 0.6GHz16. Whip 0.5dBi 0.1GHz17. Helix LHCP 4dBi 0.6-1GHz18. Helix RHCP 4dBi 0.6-1GHz19. Square Loop 2dBi0.6GHz20. Quad 4dBi 0.6GHz21. V antenna 3dBi 0.8GHz22. Top loaded 1dBi 0.6GHz23. Rhombus 3dBi 0.8GHz24. Ground plane 1dBi 0.6GHz25. L/4 Phase array 3dBi 0.8GHz

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna.* Vertical, Horizontal and Circularly polarized antennas.* Polarization discrimination linear & circular antennas* Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front to back ratio, plane of polarization, side lobe level & angle.* Antenna resonance, VSWR and bandwidth using Directional coupler and adjust the antenna.* Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit* Voice communication link using antennas. Plus lot more


E-Manual: Installation Video for ease of LearningDimension:56X48X41cm Weight: 20 kg Warranty:3 yr

14. Conical Horn

15. Pyramidal Horn

16. Pyramidal Horn

17. E Plane Sectoral Horn

18. H Plane Sectoral Horn

19. Dielectric Rod

20. Open waveguide

21. Open waveguide

• Non-radiating monopod for transmitting Antenna• Stepper motor controlled non radiating monopod stand

for rotation of receiving antenna• All necessary connectors and cables• Students activity, Teachers Reference Manual* SMA - N Adapter

Windows Software:

Accessories :

Multi-hole waveguide directional coupler:

E-Manual: Installation Video for ease of Learning

Dimensions:58X52X44cms. Weight: 21kg.Warranty: 3 yrs

RS232 interface with polar plotting software with log, linear cartesian and polar plots, Multiple pattern overlay, Double cursor measurement, Zoom, Colour editing, 1000 location ed i tor, Abso lu te /Rela t ive ,3dB/10dB beam-width measurement

8.2 to 12.4 GHz of frequency response, 10 dB coupling factor and 30 dB directivity.

MICROWAVE ANTENNA TRAINING SYSTEM MAT10




List of Experiments:

1. To measure the variation of field strength of radiated wave, with distance from transmitting antenna.

2. To plot the radiation pattern of an omnidirectional antenna.

3. To plot the radiation pattern of a directional antenna

4. To measure axial ratio and cross polarisation discrimination of vertically horizontally and circularly polarized antennas.

5. To measure the VSWR of the antenna

6. To demonstrate that transmitting and receiving patterns of an antenna are equal and hence confirm the reciprocity theorem of antennas

10. To measure antenna parameters of Horn (E, H, Pyramidal) & open waveguide antenna.

11. To measure antenna parameters of conical Horn antenna

12. To measure antenna parameters of monopole antenna

13. To measure antenna parameters of Slot(Narrow Wall & Broad Wall) Antenna

14. To measure antenna parameters of Parabolic dish antenna

15. To measure antenna parameters of Patch array antenna

16. To measure antenna parameters of Helix (RHCP & LHCP) antenna. To measure the cross polarization discrimination for circular polarisation.

7. 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 antenna.


Microwave Antenna Training System MAT10 Features:

Amitec MAT10 Technical Specifications:Transmitter

Receiver

* Microwave Trainer with 21 Antennas like Parabolic dish, Patch arrays, Horn etc.

* DRO stabilized antenna transmitter and receiverOperating in the X band

* In built Microwave power meter receiver with 0.1dB resolution* 70 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator.* 1 degree resolution stepper motor * RS232 interface with polar/cartesian plotting software* Microstrip antennas* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver* Ability to transfer Digital signal over microwave.

PC interface : RS 232 connectivity to PC for antenna Plotting using supplied software

Power Supply : 100-240V AC, 50-60 Hz

Frequency : X band Dielectric Resonator stabilized MESFET source on microstrip

Accuracy : 0.1%Modulation : CW/ASK(DC-15 KHz) ExtRF Level : 1mW typicalOutput Z : 50 ohms with N connector

Frequency : X band Microwave receiver power meterAccuracy : 0.1%Sensitivity : -70dBm typical Measure : Microwave power level in dBm& dBu Demod : Digital outResolution : 0.1dB Input Z : 50 ohms with N connector

Display : 16x2 backlit LCD for angularPosition and power level

Rotation : 0-359 degreesControl : Menu, Enter, Escape, Up & Down Angle : User selectable steps of

1, 5, 10, 45 degreesMemory : 1000 memories for storing positions

and RF levels for quick recallAuto Mode : Automatic rotation in user steps with

Datalogging facility.Indication : Beep on reaching the selected

Position

Antenna Types :1. Monopole

2. Dipole

3. Slot WG narrow wall

4. Slot WG broad wall

5.6. Helix (LHCP) X2Nnos

7.8. Helix (RHCP) X2 Nos

9. Patch Microstrip

10. Patch Microstrip Array x2



13. Parabolic Dish




14. Conical Horn

15. Pyramidal Horn

16. Pyramidal Horn

17. E Plane Sectoral Horn

18. H Plane Sectoral Horn

19. Dielectric Rod

20. Open waveguide

21. Open waveguide

• Non-radiating monopod for transmitting Antenna• Stepper motor controlled non radiating monopod stand

for rotation of receiving antenna• All necessary connectors and cables• Students activity, Teachers Reference Manual* SMA - N Adapter

Windows Software:

Accessories :

Multi-hole waveguide directional coupler:


Dimensions:58X52X44cms. Weight: 21kg.Warranty: 3 yrs

RS232 interface with polar plotting software with log, linear cartesian and polar plots, Multiple pattern overlay, Double cursor measurement, Zoom, Colour editing, 1000 location ed i tor, Abso lu te /Rela t ive ,3dB/10dB beam-width measurement

8.2 to 12.4 GHz of frequency response, 10 dB coupling factor and 30 dB directivity.






1. To measure the variation of field strength of radiated wave, with distance from transmitting antenna.

2. To plot the radiation pattern of an omnidirectional antenna.

3. To plot the radiation pattern of a directional antenna

4. To measure axial ratio and cross polarisation discrimination of vertically horizontally and circularly polarized antennas.

5. To measure the VSWR of the antenna

6. To demonstrate that transmitting and receiving patterns of an antenna are equal and hence confirm the reciprocity theorem of antennas

10. To measure antenna parameters of Horn (E, H, Pyramidal) & open waveguide antenna.

11. To measure antenna parameters of conical Horn antenna

12. To measure antenna parameters of monopole antenna

13. To measure antenna parameters of Slot(Narrow Wall & Broad Wall) Antenna

14. To measure antenna parameters of Parabolic dish antenna

15. To measure antenna parameters of Patch array antenna

16. To measure antenna parameters of Helix (RHCP & LHCP) antenna. To measure the cross polarization discrimination for circular polarisation.

7. 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 antenna.


Microwave Antenna Training System MAT10 Features:

Amitec MAT10 Technical Specifications:Transmitter

Receiver

* Microwave Trainer with 21 Antennas like Parabolic dish, Patch arrays, Horn etc.

* DRO stabilized antenna transmitter and receiverOperating in the X band

* In built Microwave power meter receiver with 0.1dB resolution* 70 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator.* 1 degree resolution stepper motor * RS232 interface with polar/cartesian plotting software* Microstrip antennas* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver* Ability to transfer Digital signal over microwave.

PC interface : RS 232 connectivity to PC for antenna Plotting using supplied software

Power Supply : 100-240V AC, 50-60 Hz

Frequency : X band Dielectric Resonator stabilized MESFET source on microstrip

Accuracy : 0.1%Modulation : CW/ASK(DC-15 KHz) ExtRF Level : 1mW typicalOutput Z : 50 ohms with N connector

Frequency : X band Microwave receiver power meterAccuracy : 0.1%Sensitivity : -70dBm typical Measure : Microwave power level in dBm& dBu Demod : Digital outResolution : 0.1dB Input Z : 50 ohms with N connector

Display : 16x2 backlit LCD for angularPosition and power level

Rotation : 0-359 degreesControl : Menu, Enter, Escape, Up & Down Angle : User selectable steps of

1, 5, 10, 45 degreesMemory : 1000 memories for storing positions

and RF levels for quick recallAuto Mode : Automatic rotation in user steps with

Datalogging facility.Indication : Beep on reaching the selected

Position

Antenna Types :1. Monopole

2. Dipole

3. Slot WG narrow wall

4. Slot WG broad wall

5.6. Helix (LHCP) X2Nnos

7.8. Helix (RHCP) X2 Nos

9. Patch Microstrip




13. Parabolic Dish




ANTENNA TRAINING LAB ATS20


25)Conical Horn 7dBi 2GHz

26)Batwing 2dBi 0.8-1.2GHz

27)Stacked Yagi 6dBi 0.6GHz

28)MIC LPDA 4dBi 0.9-3GHz29)Dipole 2dBi 0.25-1GHz30)MIC LPDA 4dBi 0.9-3GHz

1) Transmitter antenna mounting stand.2) Stepper motor controlled mounting stand for rotation

of receiving antenna. 3) Condenser microphone4) All necessary connectors & Teflon RF cables.5) Students activity & Teachers reference Manual 6) Software CD 7) Antenna Kit8) Sniffer Probe 9) Power Divider (2 way)10) Polarization ConnectorX211) Rs232 Lead 12)BNC-BNC lead 50cm X313)BNC-BNC lead 1.5m X2 14)Measuring Tape

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna. * Vertical, Horizontal and Circularly polarized antennas.* Polarization discrimination linear & circular antennas * Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front to back ratio, plane of polarization, side lobe level & angle. * Antenna resonance, VSWR and bandwidth using

directional coupler and adjust the antenna. * Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit* Voice communication link using antennas. Plus lot more.

Accessories



Dimension : 75 X 55 x 45 cms. Weight : 29 KgWarranty: 3 yrs.

10)Discone1dBi 0.25-2GHz

11) Sleeve1.5dBi 0.75GHz

12)Slot 2dBi 0.8GHz

13)End fire3dBi 0.6GHz

14)Broad side3dBi 0.6GHz

15)Whip0.5dBi 0.1GHz

6) Helix LHCP 4dBi 0.6-1GHz

17)Helix RHCP4dBi 0.6-1GHz

18)Square Loop2dBi 0.6GHz

19)Quad4dBi 0.6GHz

20)Log Spiral

2dBi 0.5-3GHz

21)V antenna3dBi 0.8GHz

22)Patch4dBi 1.5GHz

23)Parabolic 6dBi 2GHz

24)L/4 array 3dBi 0.8GHz


Antenna Training Lab ATS20 Features:

Amitec ATS20 Technical Specifications:PLL Synthesized Digital RF Transmitter

PLL Synthesized Digital RF Receiver

Stepper Motor Controller Unit

Software:

* Antenna Training System with 30 Antennas* PLL transmitter and receiver 0.005-2 Ghz.* 50 KHz step size* RF Power measurement in 0.1 dB resolution* 110 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator.* 1 degree resolution stepper motor * RS232 interface with polar/cartesian plotting software* Microstrip antennas* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver

Frequency range : 5-2000 MHz PLL in 3 ranges Step size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHz Accuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB (external)Output Z : 50 ohmsAuto mode : Tracking operation with receiverPower Supply : 100-240V AC, 50-60 Hz

Frequency range : 5-2000 MHz PLL in 3 rangesStep size : 0.05,0.1, 0.25, 0.5, 1,10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency & level store/ recallMeasurements : RF power level in dBuVResolution : 0.1dBDynamic range : 110 dB (70dB log +40dB attenuator)Input Z : 50 ohmSpeaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for antenna plotting using supplied softwareAuto mode : Data logging for antenna gain & SWR

bandwidth with transmitter & polar/ cartesian plots with Stepper.

Demodulation : FM Demodulation outDown converter : 39Mhz output for monitoring on



Display : 16X2 backlit LCD for angleRotation : 0-359 degreesResolution : 1 degree.Controls : Menu, Enter, Escape, Up & DownAngular steps : 1, 5, 10, 45 degreesMemory : 1000 angular position store/recallAuto mode : Automatic rotation with receiverMode : Clockwise/Counterclockwise rotation,

Fast Slow speed modesPower Supply : 100-240V AC, 50-60 Hz

RS 232 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.


Directional Coupler:

Antennas

Directional Coupler is provided with 2 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR measurements.

1) Monopole1dBi 0.25-1GHz

2) Dipole2dBi 0.25-1GHz

3) Folded Dipole2dBi 0.4-0.8GHz

4) Crossed Dipole LHCP 2dBi 0.8GHz

5) Crossed Dipole RHCP2dBi 0.8GHz

6) Yagi(3el)4dBi 0.6GHz

7) Yagi (4el)5dBi 0.6GHz

8) Biconical3dBi 0.25-1GHz

9) Log Periodic0.25-1GHz

: typical gain & VSWR<1.5



25)Conical Horn 7dBi 2GHz

26)Batwing 2dBi 0.8-1.2GHz

27)Stacked Yagi 6dBi 0.6GHz

28)MIC LPDA 4dBi 0.9-3GHz29)Dipole 2dBi 0.25-1GHz30)MIC LPDA 4dBi 0.9-3GHz

1) Transmitter antenna mounting stand.2) Stepper motor controlled mounting stand for rotation

of receiving antenna. 3) Condenser microphone4) All necessary connectors & Teflon RF cables.5) Students activity & Teachers reference Manual 6) Software CD 7) Antenna Kit8) Sniffer Probe 9) Power Divider (2 way)10) Polarization ConnectorX211) Rs232 Lead 12)BNC-BNC lead 50cm X313)BNC-BNC lead 1.5m X2 14)Measuring Tape

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna. * Vertical, Horizontal and Circularly polarized antennas.* Polarization discrimination linear & circular antennas * Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front to back ratio, plane of polarization, side lobe level & angle. * Antenna resonance, VSWR and bandwidth using

directional coupler and adjust the antenna. * Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit* Voice communication link using antennas. Plus lot more.

Accessories



Dimension : 75 X 55 x 45 cms. Weight : 29 KgWarranty: 3 yrs.

10)Discone1dBi 0.25-2GHz

11) Sleeve1.5dBi 0.75GHz

12)Slot 2dBi 0.8GHz

13)End fire3dBi 0.6GHz

14)Broad side3dBi 0.6GHz

15)Whip0.5dBi 0.1GHz

6) Helix LHCP 4dBi 0.6-1GHz

17)Helix RHCP4dBi 0.6-1GHz

18)Square Loop2dBi 0.6GHz

19)Quad4dBi 0.6GHz

20)Log Spiral

2dBi 0.5-3GHz

21)V antenna3dBi 0.8GHz

22)Patch4dBi 1.5GHz

23)Parabolic 6dBi 2GHz

24)L/4 array 3dBi 0.8GHz


Antenna Training Lab ATS20 Features:

Amitec ATS20 Technical Specifications:PLL Synthesized Digital RF Transmitter

PLL Synthesized Digital RF Receiver

Stepper Motor Controller Unit

Software:

* Antenna Training System with 30 Antennas* PLL transmitter and receiver 0.005-2 Ghz.* 50 KHz step size* RF Power measurement in 0.1 dB resolution* 110 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* Stepper motor antenna rotator.* 1 degree resolution stepper motor * RS232 interface with polar/cartesian plotting software* Microstrip antennas* All antenna gain, return loss and pattern plot provided* 1000 location Frequency and level storage in receiver

Frequency range : 5-2000 MHz PLL in 3 ranges Step size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHz Accuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB (external)Output Z : 50 ohmsAuto mode : Tracking operation with receiverPower Supply : 100-240V AC, 50-60 Hz

Frequency range : 5-2000 MHz PLL in 3 rangesStep size : 0.05,0.1, 0.25, 0.5, 1,10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency & level store/ recallMeasurements : RF power level in dBuVResolution : 0.1dBDynamic range : 110 dB (70dB log +40dB attenuator)Input Z : 50 ohmSpeaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for antenna plotting using supplied softwareAuto mode : Data logging for antenna gain & SWR

bandwidth with transmitter & polar/ cartesian plots with Stepper.




Display : 16X2 backlit LCD for angleRotation : 0-359 degreesResolution : 1 degree.Controls : Menu, Enter, Escape, Up & DownAngular steps : 1, 5, 10, 45 degreesMemory : 1000 angular position store/recallAuto mode : Automatic rotation with receiverMode : Clockwise/Counterclockwise rotation,

Fast Slow speed modesPower Supply : 100-240V AC, 50-60 Hz

RS 232 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.



Antennas

Directional Coupler is provided with 2 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR measurements.

1) Monopole1dBi 0.25-1GHz

2) Dipole2dBi 0.25-1GHz

3) Folded Dipole2dBi 0.4-0.8GHz

4) Crossed Dipole LHCP 2dBi 0.8GHz

5) Crossed Dipole RHCP2dBi 0.8GHz

6) Yagi(3el)4dBi 0.6GHz

7) Yagi (4el)5dBi 0.6GHz

8) Biconical3dBi 0.25-1GHz

9) Log Periodic0.25-1GHz

: typical gain & VSWR<1.5


Transmission Line Trainer TLA05 Features:

Amitec TLA05 Technical Specifications:

A. Frequency Domain Analyzer

B. Resistive Impedance Analyzer

C. Time Domain Reflectometer

Accessories


* 30-300 Mhz sweep source with detector* Calibrated attenuator* Displays standing waves/maxima-minima on CRO* Uses actual coaxial lines rather than simulated ones.* Impedance matching.* Measures VSWR, reflection coefficient, characteristic

impedance, velocity of propagation, dielectric constant and signal attenuation in TDR.

* Measure parameters of 50, 75 and 300 Ohms cables* Study Time Domain Reflectometry.* Study location and nature ofdiscontinuities,Open/short,

mismatched terminations, etc.* Offers a complete view of the transmission line in analog

and digital domains, which is essential for complete understanding of transmission line behavior.

Frequency range : 30-300 MHz typical LCD Display.Level : 100mV p-p Attenuator 50 Ohms : 0.5, 1, 2,4, 8,15 dBOutput Impedance : 50 OhmsScope out : X-Y output to scope

Characteristic Imp. : upto 900 ohms Display : LCD

PRR Short range : 10MHz typicalPulse width : <10ns typicalPRR Long range : 100KHz typicalAmplitude : 1V nominal Output Impedance : 50 Ohms

Lengths of 50 ohms and 75 ohms coaxial cable, 300ohms parallel line with balun, lossy line, Tee connectors, ,Standard load of 50 and 75 ohms, Various capacitive and inductive loads, shorts, Operating manual, Mains cord

List of Experiments TDR

List of Experiments FDR

Dimensions: 56X41X18 cms. Weight: 7 kg.Warranty: 3 yrs.

1. Introduction2. To observe the open / short & terminated line.3. To measure the characteristic impedance of a line.4. To measure the velocity and dielectric constant 5. To measure the attenuation constant 6. To measure the VSWR, return loss 7. To observe the two sections joined with a connector 8. To observe the inductive coil Termination 9. To observe the t-line with a capacitor termination10. To observe the t-line with a varying pulse width11. To observe line with partial open and partial short 12. To observe the lossy transmission line

1. To setup the standing waves and observe the maxima and minima on a CRO in real time.

2. To measure characteristic imped. &differentiate between the matched and unmatched lines.

3. To study the attenuation characteristic of signal along a transmission line and observe its variation with frequency

4. To study the effect of reactive loads5. To study the difference between lossy and loss less 6. To study the physical dimensions & estimate its Zo7. To study behavior of infinite and short lines.8. To study the operation of balun transformer on 300 ohms

parallel line.9. To study dielectric constant of insulator.10. To study velocity of propagation & wavelength.

CRO not included

TRANSMISSION LINE TRAINER TLA05



2. Dipole X 22dBi 0.25-1GHz

3. Folded Dipole2dBi 0.4-0.8GHz

4. Yagi (3el)4dBi 0.6GHz

5. Yagi (4 el)5dBi 0.6GHz

6. Slot2dBi 0.8GHz

7. End fire array3dBi 0.6GHz

8. Broad side array3dBi 0.6GHz

9. Square Loop2dBi 0.6GHz

10. V antenna3dBi 0.8GHzN.B. Any antennas can be provided as per university syllabuswithin Frequency range.

1) Transmitter & receiving antenna mounting stands.2) All necessary connectors & Teflon RF cables.3) Student’s activity & Teacher’s reference Manual4) BNC-BNC Teflon cable 1.5m5) Antenna Kit6) Voltage Probe7) Measuring Tape8) Polarization Connector X 29)Antenna Plotting software

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna.* Vertical, Horizontal polarized antennas.* Polarization discrimination linear & circular antennas* Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front toback ratio, plane of polarization, side lobe level & angle.* Antenna resonance, VSWR and bandwidth usingdirectional coupler and adjust the antenna.* Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit. Plus lot more.

Accessories:



Dimensions: 56X41X18 cms. Weight: 10 kg. Warranty: 3 yrs.



PLL Synthesized RF Transmitter/Receiver:

Software:


Antenna Kit:

Antenna Types:

* 10 Antennas* PLL transmitter and receiver 86-860 MHz.* 50kHz step size.* RF Power measurement in 0.1 dB resolution* 70 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* 1000 location Frequency and level storage in receiver* RS232 interface with polar/cartesian plotting software* All antenna gain, return loss and pattern plot provided

Frequency range : 86 - 860 Mhz PLL for Tx and RxStep size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCDControls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB internal switchableImpedance : 50 ohmsMeasurements : RF level in dBuV wi th 0.1dB

resolutionDynamic range : 110 dB (70dB log +40dB attenuator)Speaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for

antenna plotting using suppliedsoftware

Auto mode : 1. Data logging for antenna gain & SWRbandwidth with transmitter 2.Polar/cartesian plots.



Fading analysis


Directional Coupler is provided with 1 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR


1. Monopole1dBi 0.25-1GHz

typical gain & VSWR < 1.5


Transmission Line Trainer TLA05 Features:

Amitec TLA05 Technical Specifications:

A. Frequency Domain Analyzer

B. Resistive Impedance Analyzer

C. Time Domain Reflectometer

Accessories


* 30-300 Mhz sweep source with detector* Calibrated attenuator* Displays standing waves/maxima-minima on CRO* Uses actual coaxial lines rather than simulated ones.* Impedance matching.* Measures VSWR, reflection coefficient, characteristic

impedance, velocity of propagation, dielectric constant and signal attenuation in TDR.

* Measure parameters of 50, 75 and 300 Ohms cables* Study Time Domain Reflectometry.* Study location and nature ofdiscontinuities,Open/short,

mismatched terminations, etc.* Offers a complete view of the transmission line in analog

and digital domains, which is essential for complete understanding of transmission line behavior.

Frequency range : 30-300 MHz typical LCD Display.Level : 100mV p-p Attenuator 50 Ohms : 0.5, 1, 2,4, 8,15 dBOutput Impedance : 50 OhmsScope out : X-Y output to scope

Characteristic Imp. : upto 900 ohms Display : LCD

PRR Short range : 10MHz typicalPulse width : <10ns typicalPRR Long range : 100KHz typicalAmplitude : 1V nominal Output Impedance : 50 Ohms

Lengths of 50 ohms and 75 ohms coaxial cable, 300ohms parallel line with balun, lossy line, Tee connectors, ,Standard load of 50 and 75 ohms, Various capacitive and inductive loads, shorts, Operating manual, Mains cord

List of Experiments TDR

List of Experiments FDR


1. Introduction2. To observe the open / short & terminated line.3. To measure the characteristic impedance of a line.4. To measure the velocity and dielectric constant 5. To measure the attenuation constant 6. To measure the VSWR, return loss 7. To observe the two sections joined with a connector 8. To observe the inductive coil Termination 9. To observe the t-line with a capacitor termination10. To observe the t-line with a varying pulse width11. To observe line with partial open and partial short 12. To observe the lossy transmission line

1. To setup the standing waves and observe the maxima and minima on a CRO in real time.

2. To measure characteristic imped. &differentiate between the matched and unmatched lines.

3. To study the attenuation characteristic of signal along a transmission line and observe its variation with frequency

4. To study the effect of reactive loads5. To study the difference between lossy and loss less 6. To study the physical dimensions & estimate its Zo7. To study behavior of infinite and short lines.8. To study the operation of balun transformer on 300 ohms

parallel line.9. To study dielectric constant of insulator.10. To study velocity of propagation & wavelength.

CRO not included

TRANSMISSION LINE TRAINER TLA05



2. Dipole X 22dBi 0.25-1GHz

3. Folded Dipole2dBi 0.4-0.8GHz

4. Yagi (3el)4dBi 0.6GHz

5. Yagi (4 el)5dBi 0.6GHz

6. Slot2dBi 0.8GHz

7. End fire array3dBi 0.6GHz

8. Broad side array3dBi 0.6GHz

9. Square Loop2dBi 0.6GHz

10. V antenna3dBi 0.8GHzN.B. Any antennas can be provided as per university syllabuswithin Frequency range.

1) Transmitter & receiving antenna mounting stands.2) All necessary connectors & Teflon RF cables.3) Student’s activity & Teacher’s reference Manual4) BNC-BNC Teflon cable 1.5m5) Antenna Kit6) Voltage Probe7) Measuring Tape8) Polarization Connector X 29)Antenna Plotting software

* Inverse square law of propagation.* Radiation pattern of an Omni and directional antenna.* Vertical, Horizontal polarized antennas.* Polarization discrimination linear & circular antennas* Resonant and non-resonant antenna.* Reciprocity of antenna.* Current distribution of an antenna.* Antenna parameters:* Radiation pattern E & H Plane - Polar & Cartesian Plots* Directive gain, beam width (Half Power/10dB), front toback ratio, plane of polarization, side lobe level & angle.* Antenna resonance, VSWR and bandwidth usingdirectional coupler and adjust the antenna.* Comparative study of antennas.* Significance of parasitic element dimensions.* Construct antenna using antenna kit. Plus lot more.

Accessories:



Dimensions: 56X41X18 cms. Weight: 10 kg. Warranty: 3 yrs.



PLL Synthesized RF Transmitter/Receiver:

Software:


Antenna Kit:

Antenna Types:

* 10 Antennas* PLL transmitter and receiver 86-860 MHz.* 50kHz step size.* RF Power measurement in 0.1 dB resolution* 70 dB dynamic range.* Directional Coupler for VSWR/ Return Loss.* 1000 location Frequency and level storage in receiver* RS232 interface with polar/cartesian plotting software* All antenna gain, return loss and pattern plot provided

Frequency range : 86 - 860 Mhz PLL for Tx and RxStep size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHzAccuracy : 0.01%Display : 16X2 Backlit LCDControls : Menu, Enter, Escape, Up & DownMemory : 1000 frequency store/recallModulation FM : Internal 1KHz/ External MicrophoneRF Level : 110 dBuV typicalAttenuator : 40dB internal switchableImpedance : 50 ohmsMeasurements : RF level in dBuV wi th 0.1dB

resolutionDynamic range : 110 dB (70dB log +40dB attenuator)Speaker : Inbuilt for Audio outputPC interface : RS 232 connectivity to PC for

antenna plotting using suppliedsoftware

Auto mode : 1. Data logging for antenna gain & SWRbandwidth with transmitter 2.Polar/cartesian plots.



Fading analysis


Directional Coupler is provided with 1 GHz frequency response and 20 dB directivity for antenna forward & reverse power & VSWR


1. Monopole1dBi 0.25-1GHz

typical gain & VSWR < 1.5

Satellite Communication Lab STC24 Features:

Amitec STC24 Technical Specifications

Satellite Uplinking Transmitter

* Microwave 2.4 GHz operation Satellite Trainer* 500MHz spectrum analyser provided* Tele-command and telemetry facility* Different Baud rates PC-PC link.* Emulation of variable signal fading, variable thermal noise* Variable propagation delay.* Total 4 Variable path loss at uplink and downlink channels* High RF output power and low noise* LCD display of PLL synthesized frequency in Transmitter,

Receiver and Satellite Emulator* Condenser microphone and speaker for audio link* Camera and Video to VGA converter for video link * Satellite has built-in antennas, transponder for link* Helix (LHCP X 2 & RHCP X 2), Log Periodic X 2, Dish X 2

& Patch X 2 for linear & circular polarization study* Signal monitoring outputs at uplink & downlink* C/N and S/N measurement facility

Frequency : 4 channels in 2.4 to 2.5 Ghz band ;PLL Controlled ISM Band

Display : LCD 16X2 BacklitSpurious output : 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominalPath Loss : Upto 35dB variable attenuationAudio 1 : Int. 1KHz sine wave / Ext Mic

Ext. Function Generator waveformAudio 2 : Int. 1KHz sine wave / Ext Mic

Ext. Function Generator waveform Video : Colour/Monochrome Camera/VCDWaveform : upto 5MHz Function Generator Digital : Max bit rate 500KHz typicalRS232 : PC serial port compatible intputTele-command : Selectable 4 bit binary input with selectable 4 addressesEnable : Telecommand Frame available at digital inputFM deviation : Variable on audio and video/data


Satellite Downlink ReceiverFrequency : 4 channels in 2.4 to 2.5 Ghz band

PLL Controlled ISM BandDisplay : LCD 16 X 2 Backlit RF Input Z : 75 Ohms UnbalancedSensitivity : -85dBm Path Loss : 20dB typical variable attenuationAudio 1out : Speaker inbuilt/outputAudio 2 out : Speaker inbuilt/outputVideo Out : 5MHz bandwidth, 1V p/p Digital : Max bit rate 500KHz typical TTLRs232 : PC serial port compatible outputDown-converter : 400-500MHz output for spectrum analysisTelemetry : 4 bit binary LED output with Selectable 4 addressesValid/Error : Tele-command Frame available atCorrection digital outputRSSI Out : Received signal strength output for C/N measurement

SATELLITE COMMUNICATION LAB STC24

Monitor not supplied. Video to VGA converter card supplied instead of Monitor.

Antennas : Microstrip Log periodic X 2, Helix LHCP X 2 & Helix RHCP X 2, Microstrip Patch X 2, Parabolic Dish X 2

Mount : Antenna mount X 2Software : PC Serial communication software Accessories : Camera, Microphone, Video to

VGA converter Card, Cables BNC-BNC X6, Tee connector X2, RS 232 Rx & Tx Cables


Dimensions: 58X52X44cms Weight: 22KgsWarranty: 3 yrs.

Area & Scope of Experiments:* To se t up an ac t i ve & pass i ve sa te l l i t e

communication link and study their difference. To study the advantages of satellite communication. To study t h e c o m m u n i c a t i o n s a t e l l i t e l i n k d e s i g n : process of transmitting a signal to a satellite (UPLINKING), reception of same signal via satellite (DOWN LINKING) and functioning of transponder.

* To measure baseband analog signal parameters.* To measure the signal parameters like fm deviation in an

analog FM/FDMTV Satellite link on spectrum analyser. * To study the functionality of a satellite MODEM.* To measure Linear and Circular polarization of antennas

on spectrum analyser.* To measure the C/N ratio, threshold on spectrum

analyser.* To measure the S/N ratio. * To study the effect of fading and measure the fading

margin of a received signal on spectrum analyser.* To measure the Propagation Delay of signal.* To measure pathloss using spectrum analyser.* To study noise on spectrum analyser.* To measure the digital baseband signal parameters

in a satcom link. To measure the range of baud rates that the system can support.

* To send telecommand and receive the telemetry Data and study the operation of a codec.

* To setup a RS-232 satellite communication link using com ports of PC.

* To calculate Bit Error Rate in a satcom link.


Satellite Link EmulatorTransponder Uplink

Transponder Downlink

Spectrum Analyser

Frequency : 4 channels in 2.4 to 2.5 Ghz band ; PLL Synthesized ISM Band

Display : 16X2 LCD BacklitRF Input Z : 75 Ohms UnbalancedSensitivity : -85dBm Uplink Path Loss : 20dB typical variable attenuationTelemetry : 4 bit binary LED output with

Selectable 4 addressesValid/Error : Telemetry Frame available at digital Correction output


Display : 16X2 LCD BacklitSpurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominalPath Loss : Upto 25dB variable attenuationTele-command : Selectable 4 bit binary input with

selectable 4 addressesEnable : Telecommand Frame available at

digital inputTest Output : Audio 1, Audio2, Video, DigitalDown-converter : To spectrum analyzer 400-500 MHzRSSI Out : Received signal strength output for

C/N measurementBand limiting : 18MHz fixed typicalNoise addition : VariableSignal delay : upto Signal fading : Variable 10dB

Frequency : 10 MHz – 500 MHzCenter frequency : 4 digit LED display Accuracy : + 0.1%Resolution : 100KHzSensitivity : -90dBm Attenuator : 20dB ExternalInput Impedance : 50 Ohms (BNC)Horizontal scan : upto 50MHz/div continuous Center freq. : Variable control Dynamic range : 60dB typicalCRO Output : Linear X out (BNC)

: Log Y out (BNC)

0.6s on Audio1 channel


Satellite Communication Lab STC24 Features:



* Microwave 2.4 GHz operation Satellite Trainer* 500MHz spectrum analyser provided* Tele-command and telemetry facility* Different Baud rates PC-PC link.* Emulation of variable signal fading, variable thermal noise* Variable propagation delay.* Total 4 Variable path loss at uplink and downlink channels* High RF output power and low noise* LCD display of PLL synthesized frequency in Transmitter,

Receiver and Satellite Emulator* Condenser microphone and speaker for audio link* Camera and Video to VGA converter for video link * Satellite has built-in antennas, transponder for link* Helix (LHCP X 2 & RHCP X 2), Log Periodic X 2, Dish X 2

& Patch X 2 for linear & circular polarization study* Signal monitoring outputs at uplink & downlink* C/N and S/N measurement facility

Frequency : 4 channels in 2.4 to 2.5 Ghz band ;PLL Controlled ISM Band

Display : LCD 16X2 BacklitSpurious output : 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominalPath Loss : Upto 35dB variable attenuationAudio 1 : Int. 1KHz sine wave / Ext Mic


Ext. Function Generator waveform Video : Colour/Monochrome Camera/VCDWaveform : upto 5MHz Function Generator Digital : Max bit rate 500KHz typicalRS232 : PC serial port compatible intputTele-command : Selectable 4 bit binary input with selectable 4 addressesEnable : Telecommand Frame available at digital inputFM deviation : Variable on audio and video/data


Satellite Downlink ReceiverFrequency : 4 channels in 2.4 to 2.5 Ghz band

PLL Controlled ISM BandDisplay : LCD 16 X 2 Backlit RF Input Z : 75 Ohms UnbalancedSensitivity : -85dBm Path Loss : 20dB typical variable attenuationAudio 1out : Speaker inbuilt/outputAudio 2 out : Speaker inbuilt/outputVideo Out : 5MHz bandwidth, 1V p/p Digital : Max bit rate 500KHz typical TTLRs232 : PC serial port compatible outputDown-converter : 400-500MHz output for spectrum analysisTelemetry : 4 bit binary LED output with Selectable 4 addressesValid/Error : Tele-command Frame available atCorrection digital outputRSSI Out : Received signal strength output for C/N measurement


Monitor not supplied. Video to VGA converter card supplied instead of Monitor.

Antennas : Microstrip Log periodic X 2, Helix LHCP X 2 & Helix RHCP X 2, Microstrip Patch X 2, Parabolic Dish X 2

Mount : Antenna mount X 2Software : PC Serial communication software Accessories : Camera, Microphone, Video to

VGA converter Card, Cables BNC-BNC X6, Tee connector X2, RS 232 Rx & Tx Cables



Area & Scope of Experiments:* To se t up an ac t i ve & pass i ve sa te l l i t e

communication link and study their difference. To study the advantages of satellite communication. To study t h e c o m m u n i c a t i o n s a t e l l i t e l i n k d e s i g n : process of transmitting a signal to a satellite (UPLINKING), reception of same signal via satellite (DOWN LINKING) and functioning of transponder.

* To measure baseband analog signal parameters.* To measure the signal parameters like fm deviation in an

analog FM/FDMTV Satellite link on spectrum analyser. * To study the functionality of a satellite MODEM.* To measure Linear and Circular polarization of antennas

on spectrum analyser.* To measure the C/N ratio, threshold on spectrum

analyser.* To measure the S/N ratio. * To study the effect of fading and measure the fading

margin of a received signal on spectrum analyser.* To measure the Propagation Delay of signal.* To measure pathloss using spectrum analyser.* To study noise on spectrum analyser.* To measure the digital baseband signal parameters

in a satcom link. To measure the range of baud rates that the system can support.

* To send telecommand and receive the telemetry Data and study the operation of a codec.

* To setup a RS-232 satellite communication link using com ports of PC.

* To calculate Bit Error Rate in a satcom link.




Spectrum Analyser


Display : 16X2 LCD BacklitRF Input Z : 75 Ohms UnbalancedSensitivity : -85dBm Uplink Path Loss : 20dB typical variable attenuationTelemetry : 4 bit binary LED output with

Selectable 4 addressesValid/Error : Telemetry Frame available at digital Correction output


Display : 16X2 LCD BacklitSpurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominalPath Loss : Upto 25dB variable attenuationTele-command : Selectable 4 bit binary input with

selectable 4 addressesEnable : Telecommand Frame available at

digital inputTest Output : Audio 1, Audio2, Video, DigitalDown-converter : To spectrum analyzer 400-500 MHzRSSI Out : Received signal strength output for

C/N measurementBand limiting : 18MHz fixed typicalNoise addition : VariableSignal delay : upto Signal fading : Variable 10dB

Frequency : 10 MHz – 500 MHzCenter frequency : 4 digit LED display Accuracy : + 0.1%Resolution : 100KHzSensitivity : -90dBm Attenuator : 20dB ExternalInput Impedance : 50 Ohms (BNC)Horizontal scan : upto 50MHz/div continuous Center freq. : Variable control Dynamic range : 60dB typicalCRO Output : Linear X out (BNC)

: Log Y out (BNC)

0.6s on Audio1 channel



Features:



Satellite Downlink Receiver

Dimension : 55X34X36 cms. Weight : 12 KgWarranty: 3 yrs.

* Emulation of path loss at uplink and downlink* Emulation of frequency translation* High RF output power and low noise* PLL synthesizer in Transmitter, Receiver and Satellite* Condenser microphone and speaker for audio link* Camera and Video to VGA converter Card for video link * 2 Dish & 2 Patch for linear polarization study* C/N and S/N measurement facility* Transmit Audio, Video, Digital/analog data, Tone, Voice,

function generator waveforms etc.* Receives & demodulates 3 Signals Simultaneously

Frequency : 4 channels in 2.4 to 2.5 Ghz band ;PLL with frequency selection switch & LED indication

Spurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominal with wideband RF

amplifier with no manual matching required

Path Loss : Upto 35dB variable attenuationAudio 1 : Int. 1KHz sine wave / Ext Mic


Ext. Function Generator waveform Video : Analog Camera/VCD compatibleWaveform : upto 5MHz Function Generator Digital : Max rate 100KHz typicalBaseband : Transmits 3 signals simultaneously

at each uplink frequencyProcessor : PIC16F4 - 8 bit RISC processor

based PLL with 4 Mhz clockBandwidth : 16 MhzModulation : 5/ 5.5MHz Audio FM Modulation

8 Mhz Video FM ModulationAntenna : Detachable Parabolic dish with mountInputs : separate terminals for different inputsPower Supply : 100-240V AC 47-63Hz

Frequency : 4 channels in 2.4 to 2.5 Ghz band PLL Controlled ISM Band

RF Input Z : 75 Ohms UnbalancedSensitivity : -80dBm Audio 1out : Speaker inbuilt/outputAudio 2 out : Speaker inbuilt/outputVideo Out : 5MHz, 1V p/p Digital : Max rate 100KHz typical TTLRSSI Out : Received signal strength output for

C/N measurementIF : 479.5MHzAntenna : Detachable Parabolic dish with mountDemodulation : receives & demodulates 3 signals

simulataneouslyPower Supply : 100-240V AC 47-63Hz




Area and Scope of Experimentation:

Frequency : 4 channels in 2.4 to 2.5 Ghz band ; PLL Synthesized ISM Band with

select switchRF Input Z : 75 Ohms UnbalancedSensitivity : -80dBm

Frequency : 4 channels in 2.4 to 2.5 Ghz band ; PLL Synthesized ISM BandSpurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : 0 dBm nominalPath Loss : Upto 30dB variable attenuationLink Fail : Switch to disable linkBand limiting : 16MHz fixed typicalAntennas : Patch antenna X2Power Supply : 100-240V AC 47-63HzAccessories : Camera, Microphone, Video to VGA converter Card, Cables BNC-BNC X2

* To set up an active & passive satellite communication link and study their difference. To study the communication satellite link design: process of transmitting a signal to a satellite (UPLINKING), reception of same signal via satellite (DOWN LINKING) and functioning of transponder of a satellite.

* To measure the baseband analog signal parameters in a satellite link.

* To measure the signal parameters in an analog FM/FDMTV Satellite link.

* To study the functionality of a satellite MODEM.* To study the phenomenon of Linear polarization.* To measure the C/N ratio.* To measure the S/N ratio.* To study the effect of fading and measure the fading

margin of a received signal.* To measure the digital baseband signal parameters

in a satcom link.

Monitor not supplied. Video to VGA converter card supplied for Video link.

SATELLITE TRAINER STC10


Features:

Amitec DXR10 Technical Specifications

Microwave Transceiver:

Software:

Oscilloscope

Fast Fourier transform

Settings

Moving Target Emulator:



* Demonstrates the principle of Doppler shift of reflected electro magnetic wave from a moving object

* Speed, rotation, event counting, level control, contact less vibration measurement

* Observation and measurements with software* Microwave X band operation* High gain Parabolic antenna provided for narrow

beamwidth and clutter reduction.* PC based oscilloscope provided * FFT with cursor measurement

Type : MMIC tranciever with parabolic dish antenna.

Antenna Size : 25cm dia with f/d 0.25Frequency : 10.3 GHz DRO stabilizedOutput Level : 0 dBm typicalSensitivity : -70dBm typicalOutput : PC CompatiblePower Supply : 100-240V, 47-63 Hz

Speed Display : Display in km/hr,miles/hr, m/s, rpm, event, Khz

Frequency set : gate time selectable from 10 ms to 1000ms and frequency threshold selectable from 1mV to 1000mV

Oscilloscope : Real time with digital storageDisplay setting : Both X and Y position adjustableVolts/div : AdjustableTime Base : AdjustableTrigger : Auto

FFT : Real time Simultaneous speed and frequency display with cursor measurement

Scanwidth : Selectable in steps

Activity Log : User defined Start and Stop Event Display : Peak to peak voltage displayAnnunciation : audio & visualAlarm : Adjustable threshold with Event counting : With reset to zeroSpeed Factor : User settable Hz/(Km/hr)Counter : In built frequency counter in GUIAudio in/out : Volume settings; alarm On/Off

SettingsAccessories : Tuning Fork, Buzzer, Turbine Fan,

Pendulum, Reflector Panel

Range : 0 to 1000km/hr

DOPPLER RADAR TRAINING SYSTEM DXR10

List of experiments:* To investigate the fundamental concepts of Doppler

radar.* To setup radar and tune it for best performance.* To measure speed of a fan.* To detect the presence of a hidden Time Bomb with the

help of a Doppler radar.* To find out the Time period and frequency of a moving

Pendulum for different lengths.* To actuate the opening of a door, Traffic signal, Intrusion

alarm etc. with the help of a radar.* To measure the units of items being produced in an

assembly line production unit.* To determine the presence of moving plasma from one

electrode to other in a Tube light.* To detect the presence of transformer hum and find its

frequency.* To measure the variable speeds of moving objects

using Velocity simulator.* Calibration of Doppler radar using tuning fork.* To study the reflective, absorptive and transmissive

properties of materials using radar and velocity simulator.* To find the speed of a moving object with Doppler radar

from different angles.* To find the speed of a moving object approaching or

receding away from radar from different-different angles* To estimate the size of a moving objects using Radar* To measure the distance traveled using Radar.* To find out the presence of a Pedestrian and manage

Traffic till he walks away.* To find out the presence of an aero plane with the rotation

of the turbine of its engine as used by Air Force.* To study the use of radar in detecting respiration and heart

beating.* Study of climatic conditions of atmosphere cyclones,

Clouds, tornado using a Doppler radar.


Features:



Satellite Downlink Receiver

Dimension : 55X34X36 cms. Weight : 12 KgWarranty: 3 yrs.

* Emulation of path loss at uplink and downlink* Emulation of frequency translation* High RF output power and low noise* PLL synthesizer in Transmitter, Receiver and Satellite* Condenser microphone and speaker for audio link* Camera and Video to VGA converter Card for video link * 2 Dish & 2 Patch for linear polarization study* C/N and S/N measurement facility* Transmit Audio, Video, Digital/analog data, Tone, Voice,

function generator waveforms etc.* Receives & demodulates 3 Signals Simultaneously

Frequency : 4 channels in 2.4 to 2.5 Ghz band ;PLL with frequency selection switch & LED indication

Spurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : +3 dBm nominal with wideband RF

amplifier with no manual matching required

Path Loss : Upto 35dB variable attenuationAudio 1 : Int. 1KHz sine wave / Ext Mic


Ext. Function Generator waveform Video : Analog Camera/VCD compatibleWaveform : upto 5MHz Function Generator Digital : Max rate 100KHz typicalBaseband : Transmits 3 signals simultaneously

at each uplink frequencyProcessor : PIC16F4 - 8 bit RISC processor

based PLL with 4 Mhz clockBandwidth : 16 MhzModulation : 5/ 5.5MHz Audio FM Modulation

8 Mhz Video FM ModulationAntenna : Detachable Parabolic dish with mountInputs : separate terminals for different inputsPower Supply : 100-240V AC 47-63Hz

Frequency : 4 channels in 2.4 to 2.5 Ghz band PLL Controlled ISM Band

RF Input Z : 75 Ohms UnbalancedSensitivity : -80dBm Audio 1out : Speaker inbuilt/outputAudio 2 out : Speaker inbuilt/outputVideo Out : 5MHz, 1V p/p Digital : Max rate 100KHz typical TTLRSSI Out : Received signal strength output for

C/N measurementIF : 479.5MHzAntenna : Detachable Parabolic dish with mountDemodulation : receives & demodulates 3 signals

simulataneouslyPower Supply : 100-240V AC 47-63Hz




Area and Scope of Experimentation:

Frequency : 4 channels in 2.4 to 2.5 Ghz band ; PLL Synthesized ISM Band with

select switchRF Input Z : 75 Ohms UnbalancedSensitivity : -80dBm

Frequency : 4 channels in 2.4 to 2.5 Ghz band ; PLL Synthesized ISM BandSpurious output : - 30 dB typicalRF Output Z : 75 Ohms Unbalanced RF output level : 0 dBm nominalPath Loss : Upto 30dB variable attenuationLink Fail : Switch to disable linkBand limiting : 16MHz fixed typicalAntennas : Patch antenna X2Power Supply : 100-240V AC 47-63HzAccessories : Camera, Microphone, Video to VGA converter Card, Cables BNC-BNC X2

* To set up an active & passive satellite communication link and study their difference. To study the communication satellite link design: process of transmitting a signal to a satellite (UPLINKING), reception of same signal via satellite (DOWN LINKING) and functioning of transponder of a satellite.

* To measure the baseband analog signal parameters in a satellite link.

* To measure the signal parameters in an analog FM/FDMTV Satellite link.

* To study the functionality of a satellite MODEM.* To study the phenomenon of Linear polarization.* To measure the C/N ratio.* To measure the S/N ratio.* To study the effect of fading and measure the fading

margin of a received signal.* To measure the digital baseband signal parameters

in a satcom link.

Monitor not supplied. Video to VGA converter card supplied for Video link.

SATELLITE TRAINER STC10


Features:

Amitec DXR10 Technical Specifications

Microwave Transceiver:

Software:

Oscilloscope

Fast Fourier transform

Settings

Moving Target Emulator:



* Demonstrates the principle of Doppler shift of reflected electro magnetic wave from a moving object

* Speed, rotation, event counting, level control, contact less vibration measurement

* Observation and measurements with software* Microwave X band operation* High gain Parabolic antenna provided for narrow

beamwidth and clutter reduction.* PC based oscilloscope provided * FFT with cursor measurement

Type : MMIC tranciever with parabolic dish antenna.

Antenna Size : 25cm dia with f/d 0.25Frequency : 10.3 GHz DRO stabilizedOutput Level : 0 dBm typicalSensitivity : -70dBm typicalOutput : PC CompatiblePower Supply : 100-240V, 47-63 Hz

Speed Display : Display in km/hr,miles/hr, m/s, rpm, event, Khz

Frequency set : gate time selectable from 10 ms to 1000ms and frequency threshold selectable from 1mV to 1000mV

Oscilloscope : Real time with digital storageDisplay setting : Both X and Y position adjustableVolts/div : AdjustableTime Base : AdjustableTrigger : Auto

FFT : Real time Simultaneous speed and frequency display with cursor measurement

Scanwidth : Selectable in steps

Activity Log : User defined Start and Stop Event Display : Peak to peak voltage displayAnnunciation : audio & visualAlarm : Adjustable threshold with Event counting : With reset to zeroSpeed Factor : User settable Hz/(Km/hr)Counter : In built frequency counter in GUIAudio in/out : Volume settings; alarm On/Off

SettingsAccessories : Tuning Fork, Buzzer, Turbine Fan,

Pendulum, Reflector Panel

Range : 0 to 1000km/hr

DOPPLER RADAR TRAINING SYSTEM DXR10

List of experiments:* To investigate the fundamental concepts of Doppler

radar.* To setup radar and tune it for best performance.* To measure speed of a fan.* To detect the presence of a hidden Time Bomb with the

help of a Doppler radar.* To find out the Time period and frequency of a moving

Pendulum for different lengths.* To actuate the opening of a door, Traffic signal, Intrusion

alarm etc. with the help of a radar.* To measure the units of items being produced in an

assembly line production unit.* To determine the presence of moving plasma from one

electrode to other in a Tube light.* To detect the presence of transformer hum and find its

frequency.* To measure the variable speeds of moving objects

using Velocity simulator.* Calibration of Doppler radar using tuning fork.* To study the reflective, absorptive and transmissive

properties of materials using radar and velocity simulator.* To find the speed of a moving object with Doppler radar

from different angles.* To find the speed of a moving object approaching or

receding away from radar from different-different angles* To estimate the size of a moving objects using Radar* To measure the distance traveled using Radar.* To find out the presence of a Pedestrian and manage

Traffic till he walks away.* To find out the presence of an aero plane with the rotation

of the turbine of its engine as used by Air Force.* To study the use of radar in detecting respiration and heart

beating.* Study of climatic conditions of atmosphere cyclones,

Clouds, tornado using a Doppler radar.

13 Solid dielectric Cell

14 Liquid Dielectric Cell

15 Phase Shifter

16 E plane Tee

17 H Plane Tee

18 Magic tee

19 M.H.D. Coupler Coupling 10dBDirectivity 30dB

20 CirculatorS12 20dBS21 1dB

21 Waveguide Stand - 5 nos

22. Manual Antenna rotator

23. Horn Antenna

24. Reflector Panel


Features:

Technical Specifications

* Inside outside precious metal plated test bench * Tested on HP network analyser* Microwave Power meter with X band source* Simultaneous different experiments. * X band spectrum analyser* PC and audio communications

1 Micrometer tunable Gunn Oscillator

Frequency range X band (8.5-11.5 GHz)Power output 10 mWCalibration chart steps of 100 Mhz

2 PIN Diode Modulator S12 off 10dBS12 on 2dB

3 IsolatorS12 20dBS21 1dB

4 Calibrated Frequency Meter Accuracy 1%

5 Calibrated Variable AttenuatorS12 1 to 20dB variable

6 Fixed AttenuatorS12 6dB

7 Slotted Line with Matched ProbeResolution 0.1mm

8 Matched Detector Mount Sensitivity -10dBm at 10 Ghz / 100mV dc

9 Fixed Short

10 Rectangular Waveguide

11 Matched Termination - 2nosS11 >25dB

12 S.S. Tuner with Micrometer Resolution X Y0.1mm

MICROWAVE TRAINING SYSTEM MWL10




Related Equipment : Microwave Antenna Training SystemMAT10

EXPERIMENTS: 1. Introduction to waveguide components.2. Gunn oscillator

i) Measurement of current vs. voltage characteristic of Gunn

ii) Measurement of Gunn oscillator output power and voltage.

iii) Measurement of Gunn oscillator frequency and voltage.3. Modulator and crystal detector

i) Operation of PIN diode modulator.ii) Operation of crystal detector.iii) Measurement of square law behavior of crystal

detector.4. Propagation modes, wavelength and phase velocity in a

waveguide.i) Measurement of frequency of source.ii) Measurement of free space & guide wavelength and verify waveguide law.

5. Q and bandwidth of resonance cavity.i) Measurement of Q using power meter technique.ii) Measurement of Q using SWR method.

6. Power Measurementi) Direct Power Measurementii) Measurement of Power using Directional Coupler.iii) Measurement of conjugate and Zo power.iv) Measurement of power of modulated signal.

7. VSWR and Reflection Coefficient by Standing wave and Double Minimum Method

i) Measurement of low and medium range SWR.ii) Measurement of high range SWR.iii) Measurement of high SWR using a calibrated attenuator.

8. Impedance Measurementi) Measurement of unknown Impedance of load with smith chart.ii) To match an unknown impedance.

9. Waveguide Hybrid( Magic) Teei) Measurement of Power division or Decoupling between H-arm and E- arm of a Magic Tee.ii) Measurement of Insertion loss of a Magic Tee.iii) Measurement of Return Loss of H arm of a Magic Tee.vi) Measurement of VSWR of ports of Hybrid (Magic) Tee

10. Properties of Directional Coupleri) Measurement of coupling factor.ii) Measurement of directivity.iii) Measurement of return loss of a load.iv) Measurement of Main line insertion loss.v) Measurement of VSWR of ports.

11. Fixed and Variable Attenuatori) Measurement of attenuation using the Power Ratio method.ii) Measurement of attenuation using the substitution method.iii) Measurement of low values of attenuation.Iv) Measurement of VSWR and Insertion Loss.v) Measurement of Insertion Loss of attenuator.

12. To study a cavity resonator type frequency counter. 13. To study wave guide to coax transition.

14. To establish a Microwave audio & PC-PC communication link.

25 Waveguide coax adapter

26 X band Coaxial cable

27 Movable Short

28 Digital Gunn Power Supply Voltage 2-10 V/500mAPIN Mod 900-1100Hz/0-10VRS 232 port PC comm.MIC input Audio comm.

29 SWR Meter square Law

* X Band measurement range* Low cost with high performance* Shows Gunn, Klystrons, Magnetrons, DRO’s etc.

AM and FM modulation* Relative power & VSWR measurement* Observe Spurious outputs of Gunn, Klystron* Observe leakage in waveguide Flanges* Gain, coupling, loss measurement

Frequency range : 8.2GHz to 12.4 Ghz Display : 16X2 Backlit LCD Power : +20dBm to -30dBm Measurement : dBm, dBr, mW, dBW, dBuW

With Digital DisplayResolution : 0.1, 0.5 and 1dBOffset : For relative measurementLevel Indicator : Digital display and Bar GraphPower : 100-240VAC, 47-63 Hz

Frequency Range : 8.2GHz to 12.4 GHz Power range : +20dBm to -30dBmCompensation : Temperature compensated

thermistorCable : Sensor/meter cable 3m

Frequency : 10.3 Ghz typicalPower level : 1mW typical

Frequency 1KHz Bandwidth 100HzSensitivity 10uVRs232 port PC interfaceDemod. Out For audio communication; builtin

Speaker

30 X band Spectrum Analyser Downconverter module

31 X band Microwave Power Meter XPM10 with X band source

Spectrum Analyser X Band Features:

Amitec Microwave Power Meter XPM10Features:

POWER METER

POWER SENSOR

MICROWAVE SOURCE


13 Solid dielectric Cell

14 Liquid Dielectric Cell

15 Phase Shifter

16 E plane Tee

17 H Plane Tee

18 Magic tee


20 CirculatorS12 20dBS21 1dB



23. Horn Antenna

24. Reflector Panel


Features:


* Inside outside precious metal plated test bench * Tested on HP network analyser* Microwave Power meter with X band source* Simultaneous different experiments. * X band spectrum analyser* PC and audio communications







6 Fixed AttenuatorS12 6dB


8 Matched Detector Mount Sensitivity -10dBm at 10 Ghz / 100mV dc

9 Fixed Short

10 Rectangular Waveguide

11 Matched Termination - 2nosS11 >25dB






Related Equipment : Microwave Antenna Training SystemMAT10

EXPERIMENTS: 1. Introduction to waveguide components.2. Gunn oscillator

i) Measurement of current vs. voltage characteristic of Gunn

ii) Measurement of Gunn oscillator output power and voltage.

iii) Measurement of Gunn oscillator frequency and voltage.3. Modulator and crystal detector

i) Operation of PIN diode modulator.ii) Operation of crystal detector.iii) Measurement of square law behavior of crystal

detector.4. Propagation modes, wavelength and phase velocity in a

waveguide.i) Measurement of frequency of source.ii) Measurement of free space & guide wavelength and verify waveguide law.

5. Q and bandwidth of resonance cavity.i) Measurement of Q using power meter technique.ii) Measurement of Q using SWR method.

6. Power Measurementi) Direct Power Measurementii) Measurement of Power using Directional Coupler.iii) Measurement of conjugate and Zo power.iv) Measurement of power of modulated signal.

7. VSWR and Reflection Coefficient by Standing wave and Double Minimum Method

i) Measurement of low and medium range SWR.ii) Measurement of high range SWR.iii) Measurement of high SWR using a calibrated attenuator.

8. Impedance Measurementi) Measurement of unknown Impedance of load with smith chart.ii) To match an unknown impedance.

9. Waveguide Hybrid( Magic) Teei) Measurement of Power division or Decoupling between H-arm and E- arm of a Magic Tee.ii) Measurement of Insertion loss of a Magic Tee.iii) Measurement of Return Loss of H arm of a Magic Tee.vi) Measurement of VSWR of ports of Hybrid (Magic) Tee

10. Properties of Directional Coupleri) Measurement of coupling factor.ii) Measurement of directivity.iii) Measurement of return loss of a load.iv) Measurement of Main line insertion loss.v) Measurement of VSWR of ports.

11. Fixed and Variable Attenuatori) Measurement of attenuation using the Power Ratio method.ii) Measurement of attenuation using the substitution method.iii) Measurement of low values of attenuation.Iv) Measurement of VSWR and Insertion Loss.v) Measurement of Insertion Loss of attenuator.

12. To study a cavity resonator type frequency counter. 13. To study wave guide to coax transition.

14. To establish a Microwave audio & PC-PC communication link.

25 Waveguide coax adapter

26 X band Coaxial cable

27 Movable Short



* X Band measurement range* Low cost with high performance* Shows Gunn, Klystrons, Magnetrons, DRO’s etc.

AM and FM modulation* Relative power & VSWR measurement* Observe Spurious outputs of Gunn, Klystron* Observe leakage in waveguide Flanges* Gain, coupling, loss measurement






Frequency 1KHz Bandwidth 100HzSensitivity 10uVRs232 port PC interfaceDemod. Out For audio communication; builtin

Speaker

30 X band Spectrum Analyser Downconverter module

31 X band Microwave Power Meter XPM10 with X band source

Spectrum Analyser X Band Features:

Amitec Microwave Power Meter XPM10Features:

POWER METER

POWER SENSOR

MICROWAVE SOURCE



Features:

Technical Specifications:

PLL Synthesized Signal Source

PLL Synthesized Receiver


Software:

* PLL source and receiver 5-2000Mhz* Vi, Vr and VSWR measurement* Over 15 different MIC modules provided * Windows software for graphical analysis* Gold plated connectors

Frequency range : 5-2000 MHz PLL synthesizedIn 3 ranges

Step size : 0.05, 0.1, 0.25,0.5, 1, 10 & 100 MHz Accuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 individual frequencies can be storedRF Level : 110 dBuV max.Attenuator : 40dB (external)Output Z : 50 ohms


Step size : 0.05, 0.1, 0.25, 0.5, 1,10MHzAccuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 individual frequencies &

levels can be storedMeasurements : RF level measurement in dBuV with 0.1dB resolutionDynamic range : 110 dB (70dB logarithmic + 40dB attenuator)Input Z : 50 ohmRS232 interface : To PC for plotting softwareAuto mode : Interfacing with source

Directional Coupler is provided with 2 GHz frequency response and 20dB directivity for antenna forward & reverse power & VSWR.

Rs232 interface for 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 band-width, Gain, Front to back, Plot rotate, File- edit, save, get.

Active Circuits:

Accessories:



Area and scope of Experiments:

Microwave Amplifiers 1.MMIC amplifier

Microwave Switches 2.SPST PIN diode switch

Passive circuits:Antennas 3. Patch Antenna inset fed

4. Patch Antenna transformer fed5. Log Spiral antenna6. Log Periodic Dipole array

Microwave Attenuators7.Fixed attenuator

Impedance Matching 8. Matched Load9. Open stub10. Short stub11. Mismatch

Power Dividers 10. Wilkinson chip resistor type11. Wilkinson w/o resistor

Microwave Couplers 12. Coupled line coupler13. Hybrid Ring Rat race coupler

Microwave Resonators 14.Ring Resonator15 Half wave resonator

Termination, Short, RG316 cables, SMA connectors X5

* Measurement of S11, S12, S21, S22 parameters of All the components

* Substrate dielectric constant using ring resonator* Power division ,isolation and return loss

characteristics of power dividers* Coupling and directivity of directional coupler* Low pass, band pass filter characteristics* Antenna return loss measurement

MICROWAVE INTEGRATED CIRCUIT ANALYSER MIC10


Amitec MIC20 Technical Specifications:

Active Circuits: Microwave Amplifier & Switches

Passive Circuits: Power divider

Coupler

Filters

Resonators

Antennas

Impedance Matching

Attenuator

Accessories:



1 MMIC Amplifier: Gain = 10dB2 SPST PIN diode switch: Isolation = 10dB

Wilkinson Equal Power Divider: cf = 3Ghzcf = 3Ghz

5 Quadrature hybrid/Branchline Coupler: cf = 3GHz6 Folded Lange Coupler: coupling = 6dB, cf = 3GHz 7 Unfolded Lange Coupler: coupling = 6dB, cf = 3GHz 8 180 deg. Rat-Race Hybrid Ring Coupler: cf = 3GHz 9 Coupled line Coupler: coupling=20dB, cf = 3 GHz

10 Low Pass filter: fco = 3Ghz, S12 at 4Ghz = 20dB 11 Coupled Line Band pass filter Zo = 50 Ohms, cf = 3Ghz

12 Ring Resonator: cf = 3 GHz13 Half wave resonator: cf = 3GHz

14 Patch Antenna: cf = 2.4GHz15 Log Periodic Antenna: cf = 2-4 GHz

Termination X2, Short, SMA(M)-SMA(M) Adapters, SMA(F)-SMA(F) adapter, SMA(M)-SMA(M) RG316 cables, Attenuator 20dB, SMA connectors X5




34 Wilkinson Unequal Power divider:

16 Tapered Line transformer: 50 -100 Ohms, cf = 3 GHz17 Matched Load18 Mismatched load

19 Fixed attenuator PIN diode switchable20 Variable attenuator PIN diode

Amitec Microwave Integrated Circuit Lab MIC 20

Features:


Microwave Source

Microwave Power meter

Power Sensor

Coaxial Slotted Line


Amitec Model MIC20 uses a broadband Microwave source working over a bandwidth from 2-4 Ghz, 10MHz-12.4 Ghz power meter and 2-8 Ghz directional coupler. Several modules using low loss substrate are provided with etched surface mounted circuits. Gold plated SMA connectors are provided on each modules for repeatable connections. Teflon cables are provided for low loss interconnects.

* 2-4 GHz source. * 10 MHz-12.4 GHz Power meter.* 2-8GHz directional coupler with >20dB directivity.* 20 different MIC modules provided. * Gold plated SMA connectors on low loss substrate.* 0.1dB resolution LCD with bargraph. * Wide power range +20dBm to -30dBm.* High measure speed at all power levels.* Measurement in dBm, mW, dBr, dBW, dBuW, dB relative.* Shock/Drop resistant Sensor.

Microwave Source : 2 GHz to 4GHz Frequency Display : LCDPower level : 10dBm typical Output Impedance : 50 OhmsPower Supply : 100-240VAC, 47-63 Hz

Frequency range : 10MHz to 12.4 Ghz Display : 16X2 Backlit LCD Power range : -30dBm to +20dBmResolution : 0.1, 0.5 and 1dB Measurement : dBm, dBr, mW, dBW, dBuW

With Digital DisplayRanging : Auto-rangingSampling : 1,10,100 readings per sec.Relative Offset : +20.0 to -30.0dBm for

relative measurementUser setting : +3.0dB to -3.0dB in 0.1dB stepLevel Indicator : Bar GraphPower : 100-240VAC, 47-63 Hz

Connector : SMAFrequency Range : 10 MHz to 12.4 GhzCompensation : Temperature compensated

Thermistor Impedance : 50 ohmsMaximum input : +20dBmReturn Loss : 15dB at 12.4GHz Cable : Sensor/meter cable 3m

Frequency Range : 2-12.4GHzCoupling : AdjustableFrequency sensitivity : 0.25dBDirectivity : >20dBInsertion Loss : <1dB including coupled powerMax VSWR Any port : 1.2Connector : SMA

MICROWAVE INTEGRATED CIRCUIT LAB MIC20


Features:


PLL Synthesized Signal Source

PLL Synthesized Receiver


Software:

* PLL source and receiver 5-2000Mhz* Vi, Vr and VSWR measurement* Over 15 different MIC modules provided * Windows software for graphical analysis* Gold plated connectors


Step size : 0.05, 0.1, 0.25,0.5, 1, 10 & 100 MHz Accuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 individual frequencies can be storedRF Level : 110 dBuV max.Attenuator : 40dB (external)Output Z : 50 ohms


Step size : 0.05, 0.1, 0.25, 0.5, 1,10MHzAccuracy : 0.01%Display : 16X2 Backlit LCD Controls : Menu, Enter, Escape, Up & DownMemory : 1000 individual frequencies &

levels can be storedMeasurements : RF level measurement in dBuV with 0.1dB resolutionDynamic range : 110 dB (70dB logarithmic + 40dB attenuator)Input Z : 50 ohmRS232 interface : To PC for plotting softwareAuto mode : Interfacing with source

Directional Coupler is provided with 2 GHz frequency response and 20dB directivity for antenna forward & reverse power & VSWR.

Rs232 interface for 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 band-width, Gain, Front to back, Plot rotate, File- edit, save, get.

Active Circuits:

Accessories:




Microwave Amplifiers 1.MMIC amplifier

Microwave Switches 2.SPST PIN diode switch

Passive circuits:Antennas 3. Patch Antenna inset fed

4. Patch Antenna transformer fed5. Log Spiral antenna6. Log Periodic Dipole array

Microwave Attenuators7.Fixed attenuator

Impedance Matching 8. Matched Load9. Open stub10. Short stub11. Mismatch

Power Dividers 10. Wilkinson chip resistor type11. Wilkinson w/o resistor

Microwave Couplers 12. Coupled line coupler13. Hybrid Ring Rat race coupler

Microwave Resonators 14.Ring Resonator15 Half wave resonator

Termination, Short, RG316 cables, SMA connectors X5




MICROWAVE INTEGRATED CIRCUIT ANALYSER MIC10



Active Circuits: Microwave Amplifier & Switches

Passive Circuits: Power divider

Coupler

Filters

Resonators

Antennas

Impedance Matching

Attenuator

Accessories:



1 MMIC Amplifier: Gain = 10dB2 SPST PIN diode switch: Isolation = 10dB

Wilkinson Equal Power Divider: cf = 3Ghzcf = 3Ghz

5 Quadrature hybrid/Branchline Coupler: cf = 3GHz6 Folded Lange Coupler: coupling = 6dB, cf = 3GHz 7 Unfolded Lange Coupler: coupling = 6dB, cf = 3GHz 8 180 deg. Rat-Race Hybrid Ring Coupler: cf = 3GHz 9 Coupled line Coupler: coupling=20dB, cf = 3 GHz

10 Low Pass filter: fco = 3Ghz, S12 at 4Ghz = 20dB 11 Coupled Line Band pass filter Zo = 50 Ohms, cf = 3Ghz

12 Ring Resonator: cf = 3 GHz13 Half wave resonator: cf = 3GHz

14 Patch Antenna: cf = 2.4GHz15 Log Periodic Antenna: cf = 2-4 GHz

Termination X2, Short, SMA(M)-SMA(M) Adapters, SMA(F)-SMA(F) adapter, SMA(M)-SMA(M) RG316 cables, Attenuator 20dB, SMA connectors X5




34 Wilkinson Unequal Power divider:

16 Tapered Line transformer: 50 -100 Ohms, cf = 3 GHz17 Matched Load18 Mismatched load

19 Fixed attenuator PIN diode switchable20 Variable attenuator PIN diode

Amitec Microwave Integrated Circuit Lab MIC 20

Features:


Microwave Source

Microwave Power meter

Power Sensor

Coaxial Slotted Line


Amitec Model MIC20 uses a broadband Microwave source working over a bandwidth from 2-4 Ghz, 10MHz-12.4 Ghz power meter and 2-8 Ghz directional coupler. Several modules using low loss substrate are provided with etched surface mounted circuits. Gold plated SMA connectors are provided on each modules for repeatable connections. Teflon cables are provided for low loss interconnects.

* 2-4 GHz source. * 10 MHz-12.4 GHz Power meter.* 2-8GHz directional coupler with >20dB directivity.* 20 different MIC modules provided. * Gold plated SMA connectors on low loss substrate.* 0.1dB resolution LCD with bargraph. * Wide power range +20dBm to -30dBm.* High measure speed at all power levels.* Measurement in dBm, mW, dBr, dBW, dBuW, dB relative.* Shock/Drop resistant Sensor.

Microwave Source : 2 GHz to 4GHz Frequency Display : LCDPower level : 10dBm typical Output Impedance : 50 OhmsPower Supply : 100-240VAC, 47-63 Hz

Frequency range : 10MHz to 12.4 Ghz Display : 16X2 Backlit LCD Power range : -30dBm to +20dBmResolution : 0.1, 0.5 and 1dB Measurement : dBm, dBr, mW, dBW, dBuW

With Digital DisplayRanging : Auto-rangingSampling : 1,10,100 readings per sec.Relative Offset : +20.0 to -30.0dBm for

relative measurementUser setting : +3.0dB to -3.0dB in 0.1dB stepLevel Indicator : Bar GraphPower : 100-240VAC, 47-63 Hz

Connector : SMAFrequency Range : 10 MHz to 12.4 GhzCompensation : Temperature compensated

Thermistor Impedance : 50 ohmsMaximum input : +20dBmReturn Loss : 15dB at 12.4GHz Cable : Sensor/meter cable 3m

Frequency Range : 2-12.4GHzCoupling : AdjustableFrequency sensitivity : 0.25dBDirectivity : >20dBInsertion Loss : <1dB including coupled powerMax VSWR Any port : 1.2Connector : SMA

MICROWAVE INTEGRATED CIRCUIT LAB MIC20


Features:


* Inside outside precious metal plated test bench * Tested on HP network analyser* PC and audio communications






5 Matched Detector Mount Sensitivity -10dBm At 10 Ghz / 100mV dc


7 Fixed Short


9 Matched Termination S11 >25dB



12 Magic tee

13 E plane Tee

14 H Plane Tee

15. Horn Antenna



18. Reflector Panel

MICROWAVE TRAINER MWL05



1. Gunn oscillator i) Measurement of current vs. voltage characteristicii) Measurement of Gunn oscillator power and voltage.iii) Measurement of Gunn frequency and voltage.

2. Modulator and crystal detectori) Operation of PIN diode modulator & crystal detector.ii) Measurement of square law behavior of detector.

3. Propagation modes, wavelength and phase velocityi) Measurement of frequency of source.ii) Measurement of free space & guide wavelength

4. Q and bandwidth of resonance cavity.5. VSWR and Reflection Coefficient by Standing wave and

Double Minimum Methodi) Measurement of low, medium, high SWR

6. Impedance Measurementi) Measurement of unknown Impedance of loadii) To match an unknown impedance.

7. Waveguide Hybrid( Magic) Teei) Measurement of Power division or Decoupling between H-arm and E- arm of a Magic Tee.ii) Measurement of Insertion loss of a Magic Tee.iii) Measurement of Return Loss of H arm of a Magic Teevi) Measurement of VSWR of ports of Hybrid (Magic) Tee

8. Properties of Directional Coupleri) Measurement of coupling factor, directivity, return loss of a load, Main line insertion loss, VSWR of ports.

9. Fixed and Variable Attenuatori) Measurement of attenuation using the Power Ratio and substitution methodii) Measurement of low values of attenuation.Iii) Measurement of VSWR and Insertion Loss.

12. To study a cavity resonator type frequency counter.

Frequency 1KHz Bandwidth 100HzSensitivity 10uVRs232 port PC interfaceDemod. Out For audio link

21. Dielectric Resonant MESFET Oscillator X band Source, Freq 10.3GHz Fixed, Power 1mW, Amplitude Modulation


Dimension: 58 X544 X 28, Weight: 16 Kg, Warranty: 3 yrs.



Features:

Amitec MPM20 Technical SpecificationsPOWER METER

POWER SENSOR

* 10 MHz to 20GHz measurement range* 0.1dB resolution* Digital Display on backlit LCD with bargraph* RS 232 interface* Wide range from +20dBm(100mW) to -30dBm(1uW)* dB relative mode* Measurement in dBm, mW, dBr, dBW, dBuW* Shock/Drop resistant Thermistor Sensor* In built X band source for scalar network analysis* Measure Gunn and Klystron Source outputs without PIN

modulator. * Can be used for swept measurement with CRO interface

capability. * The high dynamic range is useful for experimentation in

microwave test benches. * It can effectively replace the SWR meter for most

exper iments and a l low measurements wi th unprecedented accuracy.

Frequency range : 10MHz to 20 Ghz Display : 16X2 Backlit LCDPower range : -30dBm to +20dBm Measurement : dBm, dBr, mW, dBW, dBuW

with Digital DisplayResolution : 0.1, 0.5 and 1dBRanging : Auto-ranging Sampling : 1,10,100 readings per sec.Relative Offset : +20.0 to -30.0dBm for

relative measurement User setting : +3.0dB to -3.0dB in 0.1dB stepLevel Indicator : Bar GraphRecorder output : For CRO interfacePC interface : RS232 serial portPower : 100-240VAC, 47-63 Hz

RF Connector : N (M)Impedance : 50 ohmsFrequency range : 10MHz to 20GHzMaximum input : +20dBmReturn Loss : 20dB upto 12.4GHz

: 15dB upto 20GHz Compensation : Temperature compensated

thermistorCable : Sensor/meter cable 3mAdapter : N(M) -N(M), N-SMA,

N-BNC, X-band waveguideto coax adapter

MICROWAVE POWER METER MPM20

MICROWAVE SOURCE



List of Experiments


1.To learn different ways of measuring power. 2.To evaluate the accuracy of the power measurements. 3.To plot the power output of Gunn/Klystron Oscillator with supply voltage.4.To plot the power output of a Gunn/Klystron Oscillator with frequency.5.Study of square law modulation and square law characteristics of a crystal detector.6.To measure PIN modulator insertion loss & modulation depth.7To measure the accuracy of SWR meter reading. 8To calculate the relationship between Q and bandwidth of resonance cavity. 9.To measure the insertion loss of the waveguide.10.To measure the insertion loss in the main line of a directional coupler.11.To measure the coupling factor of a directional coupler.12.To measure the isolation & directivity of a coupler.13.To measure the return loss of a unknown load.14.To measure the decoupling between H and E arms of magic Tee.15.To measure the insertion loss of the hybrid Tee.16To measure the return loss of H arm in a magic Tee.17.To measure and plot the attenuation characteristics of variable attenuator.18.To measure the attenuation of a fixed attenuator. 19To measure the input SWR of attenuator.20.To measure the gain of a pyramidal horn.21.To plot the E and H Plane polar pattern of a antenna and compute the beamwidth. 22.To measure the coupling coefficient of a waveguide E & H Plane Tee.23.To measure the isolation of a waveguide E& H plane Tee.24.To measure the input VSWR of a E & H plane Tee.25.To study the operation of ferrite circulator and measure its insertion loss. 26.To measure isolation of a ferrite circulator. 27.To measure the cross coupling of a circulator.28.To study the variation of characteristics of ferrite circulator with frequency.


Features:


* Inside outside precious metal plated test bench * Tested on HP network analyser* PC and audio communications






5 Matched Detector Mount Sensitivity -10dBm At 10 Ghz / 100mV dc


7 Fixed Short


9 Matched Termination S11 >25dB



12 Magic tee

13 E plane Tee

14 H Plane Tee

15. Horn Antenna



18. Reflector Panel

MICROWAVE TRAINER MWL05



1. Gunn oscillator i) Measurement of current vs. voltage characteristicii) Measurement of Gunn oscillator power and voltage.iii) Measurement of Gunn frequency and voltage.

2. Modulator and crystal detectori) Operation of PIN diode modulator & crystal detector.ii) Measurement of square law behavior of detector.

3. Propagation modes, wavelength and phase velocityi) Measurement of frequency of source.ii) Measurement of free space & guide wavelength

4. Q and bandwidth of resonance cavity.5. VSWR and Reflection Coefficient by Standing wave and

Double Minimum Methodi) Measurement of low, medium, high SWR

6. Impedance Measurementi) Measurement of unknown Impedance of loadii) To match an unknown impedance.

7. Waveguide Hybrid( Magic) Teei) Measurement of Power division or Decoupling between H-arm and E- arm of a Magic Tee.ii) Measurement of Insertion loss of a Magic Tee.iii) Measurement of Return Loss of H arm of a Magic Teevi) Measurement of VSWR of ports of Hybrid (Magic) Tee

8. Properties of Directional Coupleri) Measurement of coupling factor, directivity, return loss of a load, Main line insertion loss, VSWR of ports.

9. Fixed and Variable Attenuatori) Measurement of attenuation using the Power Ratio and substitution methodii) Measurement of low values of attenuation.Iii) Measurement of VSWR and Insertion Loss.

12. To study a cavity resonator type frequency counter.

Frequency 1KHz Bandwidth 100HzSensitivity 10uVRs232 port PC interfaceDemod. Out For audio link

21. Dielectric Resonant MESFET Oscillator X band Source, Freq 10.3GHz Fixed, Power 1mW, Amplitude Modulation


Dimension: 58 X544 X 28, Weight: 16 Kg, Warranty: 3 yrs.



Features:

Amitec MPM20 Technical SpecificationsPOWER METER

POWER SENSOR

* 10 MHz to 20GHz measurement range* 0.1dB resolution* Digital Display on backlit LCD with bargraph* RS 232 interface* Wide range from +20dBm(100mW) to -30dBm(1uW)* dB relative mode* Measurement in dBm, mW, dBr, dBW, dBuW* Shock/Drop resistant Thermistor Sensor* In built X band source for scalar network analysis* Measure Gunn and Klystron Source outputs without PIN

modulator. * Can be used for swept measurement with CRO interface

capability. * The high dynamic range is useful for experimentation in

microwave test benches. * It can effectively replace the SWR meter for most

exper iments and a l low measurements wi th unprecedented accuracy.

Frequency range : 10MHz to 20 Ghz Display : 16X2 Backlit LCDPower range : -30dBm to +20dBm Measurement : dBm, dBr, mW, dBW, dBuW

with Digital DisplayResolution : 0.1, 0.5 and 1dBRanging : Auto-ranging Sampling : 1,10,100 readings per sec.Relative Offset : +20.0 to -30.0dBm for

relative measurement User setting : +3.0dB to -3.0dB in 0.1dB stepLevel Indicator : Bar GraphRecorder output : For CRO interfacePC interface : RS232 serial portPower : 100-240VAC, 47-63 Hz

RF Connector : N (M)Impedance : 50 ohmsFrequency range : 10MHz to 20GHzMaximum input : +20dBmReturn Loss : 20dB upto 12.4GHz

: 15dB upto 20GHz Compensation : Temperature compensated

thermistorCable : Sensor/meter cable 3mAdapter : N(M) -N(M), N-SMA,

N-BNC, X-band waveguideto coax adapter

MICROWAVE POWER METER MPM20

MICROWAVE SOURCE



List of Experiments


1.To learn different ways of measuring power. 2.To evaluate the accuracy of the power measurements. 3.To plot the power output of Gunn/Klystron Oscillator with supply voltage.4.To plot the power output of a Gunn/Klystron Oscillator with frequency.5.Study of square law modulation and square law characteristics of a crystal detector.6.To measure PIN modulator insertion loss & modulation depth.7To measure the accuracy of SWR meter reading. 8To calculate the relationship between Q and bandwidth of resonance cavity. 9.To measure the insertion loss of the waveguide.10.To measure the insertion loss in the main line of a directional coupler.11.To measure the coupling factor of a directional coupler.12.To measure the isolation & directivity of a coupler.13.To measure the return loss of a unknown load.14.To measure the decoupling between H and E arms of magic Tee.15.To measure the insertion loss of the hybrid Tee.16To measure the return loss of H arm in a magic Tee.17.To measure and plot the attenuation characteristics of variable attenuator.18.To measure the attenuation of a fixed attenuator. 19To measure the input SWR of attenuator.20.To measure the gain of a pyramidal horn.21.To plot the E and H Plane polar pattern of a antenna and compute the beamwidth. 22.To measure the coupling coefficient of a waveguide E & H Plane Tee.23.To measure the isolation of a waveguide E& H plane Tee.24.To measure the input VSWR of a E & H plane Tee.25.To study the operation of ferrite circulator and measure its insertion loss. 26.To measure isolation of a ferrite circulator. 27.To measure the cross coupling of a circulator.28.To study the variation of characteristics of ferrite circulator with frequency.


Features:

Amitec XPM10 Technical Specifications

POWER METER

POWER SENSOR

MICROWAVE SOURCE



* Low Cost for educational use with microwave bench* 8.2 to 12.4GHz X band measurement range* 0.1dB resolution* Digital Display on backlit LCD with bargraph* Wide range from +20dBm(100mW) to -30dBm(1uW)* dB relative mode* Measurement in dBm, mW, dBr, dBW, dBuW* Shock/Drop resistant Thermistor Sensor* In built X band source for scalar network analysis






List of Experiments1.To learn different ways of measuring power. 2.To evaluate the accuracy of the power measurements. 3.To plot the power output of Gunn/Klystron Oscillator with supply voltage.4.To plot the power output of a Gunn/Klystron Oscillator with frequency.5.Study of square law modulation and square law characteristics of a crystal detector.6.To measure PIN modulator insertion loss & modulation depth.7To measure the accuracy of SWR meter reading. 8To calculate the relationship between Q and bandwidth of resonance cavity. 9.To measure the insertion loss of the waveguide.10.To measure the insertion loss in the main line of a directional coupler.11.To measure the coupling factor of a directional coupler.12.To measure the isolation & directivity of a directional coupler.13.To measure the return loss of a unknown load.14.To measure the decoupling between H and E arms of magic Tee.15.To measure the insertion loss of the hybrid Tee.16To measure the return loss of H arm in a magic Tee.17.To measure and plot the attenuation characteristics of variable attenuator.18.To measure the attenuation of a fixed attenuator. 19To measure the input SWR of attenuator.20.To measure the gain of a pyramidal horn.21.To plot the E and H Plane polar pattern of a antenna and compute the beamwidth. 22.To measure the coupling coefficient of a waveguide E & H Plane Tee.23.To measure the isolation of a waveguide E & H plane Tee.24.To measure the input VSWR of a E & H plane Tee.25.To study the operation of ferrite circulator and measure its insertion loss. 26.To measure isolation of a ferrite circulator. 27.To measure the cross coupling of a circulator.28.To study the variation of characteristics of ferrite circulator with frequency.

MICROWAVE POWER METER XPM10


MICROWAVE SIGNAL GENERATOR MSG10

Amitec Microwave Signal Generator MSG10

Amitec MSG10 Features:

Amitec Model MSG10 Microwave Signal generator is a modular source designed using the state of the art technology for testing of equipment in 1 GHz to 18 GHz band. It consists of individual L, S, C, J, X, Ku and K Band Signal Sources. Hence several such instruments will cover 1-18 GHz band in octave bandwidths. This results in lower cost and user can procure only the desired frequency bands. The output signal can be frequency and amplitude modulated with internal and external signals. The frequency of output signal can be adjusted continuously with coarse and fine control and displayed on a LCD. Very low leakage enhances the usable low amplitude signal range and low harmonic contents puts it in a higher class of sources for EMI EMC compliance.

* FM/AM Internal/ External Facility

* Frequency Coverage from 1GHz to 18GHz in 6 instruments

* Digital frequency Readout

* Very Low Cost

* Research/Education/EMI/EMC usage

* Very low leakage and harmonics

* AM/FM for communication usage

Amitec MSG10 Technical Specifications:



Model Frequency Band

RFS10 : 10 Mhz - 1.1 Ghz on fundamental

MSG10L L : 1-2GHz on fundamental

MSG10S S : 2-4GHz on fundamental

MSG10C C : 4-6GHz on fundamental

MSG10J J : 6-8 GHz on fundamental

MSG10X X : 8-12GHz on fundamental

MSG10Ku Ku : 12-18GHz fundamental

MSG10K K : 18-26GHz fundamental

Common FeaturesFreq. Indication : LCD readout RF output : 0 dBmAttenuator : externalImpedance : 50 Ohms nominalAM : For use with VSWR meter FM : 0 to 5MHz deviationModulation : 1 KHz internal/ExternalPower Supply : 220V + 10% 50 Hz ACAccessories : SMA-SMA Cable, N-SMA Adapter,

Attenuator 20dB


Features:

Amitec XPM10 Technical Specifications

POWER METER

POWER SENSOR

MICROWAVE SOURCE



* Low Cost for educational use with microwave bench* 8.2 to 12.4GHz X band measurement range* 0.1dB resolution* Digital Display on backlit LCD with bargraph* Wide range from +20dBm(100mW) to -30dBm(1uW)* dB relative mode* Measurement in dBm, mW, dBr, dBW, dBuW* Shock/Drop resistant Thermistor Sensor* In built X band source for scalar network analysis






List of Experiments1.To learn different ways of measuring power. 2.To evaluate the accuracy of the power measurements. 3.To plot the power output of Gunn/Klystron Oscillator with supply voltage.4.To plot the power output of a Gunn/Klystron Oscillator with frequency.5.Study of square law modulation and square law characteristics of a crystal detector.6.To measure PIN modulator insertion loss & modulation depth.7To measure the accuracy of SWR meter reading. 8To calculate the relationship between Q and bandwidth of resonance cavity. 9.To measure the insertion loss of the waveguide.10.To measure the insertion loss in the main line of a directional coupler.11.To measure the coupling factor of a directional coupler.12.To measure the isolation & directivity of a directional coupler.13.To measure the return loss of a unknown load.14.To measure the decoupling between H and E arms of magic Tee.15.To measure the insertion loss of the hybrid Tee.16To measure the return loss of H arm in a magic Tee.17.To measure and plot the attenuation characteristics of variable attenuator.18.To measure the attenuation of a fixed attenuator. 19To measure the input SWR of attenuator.20.To measure the gain of a pyramidal horn.21.To plot the E and H Plane polar pattern of a antenna and compute the beamwidth. 22.To measure the coupling coefficient of a waveguide E & H Plane Tee.23.To measure the isolation of a waveguide E & H plane Tee.24.To measure the input VSWR of a E & H plane Tee.25.To study the operation of ferrite circulator and measure its insertion loss. 26.To measure isolation of a ferrite circulator. 27.To measure the cross coupling of a circulator.28.To study the variation of characteristics of ferrite circulator with frequency.

MICROWAVE POWER METER XPM10


MICROWAVE SIGNAL GENERATOR MSG10

Amitec Microwave Signal Generator MSG10

Amitec MSG10 Features:

Amitec Model MSG10 Microwave Signal generator is a modular source designed using the state of the art technology for testing of equipment in 1 GHz to 18 GHz band. It consists of individual L, S, C, J, X, Ku and K Band Signal Sources. Hence several such instruments will cover 1-18 GHz band in octave bandwidths. This results in lower cost and user can procure only the desired frequency bands. The output signal can be frequency and amplitude modulated with internal and external signals. The frequency of output signal can be adjusted continuously with coarse and fine control and displayed on a LCD. Very low leakage enhances the usable low amplitude signal range and low harmonic contents puts it in a higher class of sources for EMI EMC compliance.

* FM/AM Internal/ External Facility

* Frequency Coverage from 1GHz to 18GHz in 6 instruments

* Digital frequency Readout

* Very Low Cost

* Research/Education/EMI/EMC usage

* Very low leakage and harmonics

* AM/FM for communication usage

Amitec MSG10 Technical Specifications:



Model Frequency Band

RFS10 : 10 Mhz - 1.1 Ghz on fundamental

MSG10L L : 1-2GHz on fundamental

MSG10S S : 2-4GHz on fundamental

MSG10C C : 4-6GHz on fundamental

MSG10J J : 6-8 GHz on fundamental

MSG10X X : 8-12GHz on fundamental

MSG10Ku Ku : 12-18GHz fundamental

MSG10K K : 18-26GHz fundamental

Common FeaturesFreq. Indication : LCD readout RF output : 0 dBmAttenuator : externalImpedance : 50 Ohms nominalAM : For use with VSWR meter FM : 0 to 5MHz deviationModulation : 1 KHz internal/ExternalPower Supply : 220V + 10% 50 Hz ACAccessories : SMA-SMA Cable, N-SMA Adapter,

Attenuator 20dB


RF TRAINING SYSTEM RFT01

RF TRAINING SYSTEM RFT01 Technical Specifications:RF Tuned Amplifier Module:

RF Oscillators:

RF Crystal Oscillators

IF Amplifiers:

RF Mixers:

RF Filters:

1. Center freq. : 100-150 MHz typ. varactor tuned

2.a. RFT-02-A Colpitts RF Oscillator Module:Frequency : >100 MHz typicalb. RFT-02-B Hartley RF Oscillator Module:Frequency : >100 MHz varactor tunablec. RFT-02-C Clapp RF Oscillator Module:Frequency : >100 MHz varactor tunabled. RFT-02-D Pierce RF Oscillator Module:Frequency : 48.25 MHz

3. a. RFT-03-A Feedback Crystal Oscillator Mod.:Frequency : 10 MHz typicalb. RFT-03-B Colpitts Crystal Oscillator module:Frequency : 38.9 MHz typicalc. RFT-03-C Butler Crystal oscillator module:Frequency : above 80 MHzd. RFT-03-D Crystal frequency multiplier mod.:2nd harmonic : >10dB fundamental

4a. RFT-04-A FM IF amplifier module:Center freq. : 10.7 MHz b. RFT-04-B TV VIF amplifier module:Center freq. : 36.15 MHzc. RFT-04-C Satellite IF amplifier module:Center freq. : 479.5MHz typical

5. a. RFT-05-A Single ended Diode Mixer:LO /RF freq. : 500-1000 MHz typicalb. RFT-05-B Single Balanced Diode mixer:LO/RF freq. : 25-500 MHz typicalc. RFT-05-C Double balanced diode mixer:RF / LO freq. : 500-1000 MHz typicald. RFT-05-D Transistor Mixer Module:LO input typical : 400-600 MHz Conversion gain : +3dB

6. a. RFT-06-A1 High Pass Filter Module:Filter type : Butterworth 7th order Cut off freq. : 350 MHz typical b. RFT-06-A2 High Pass Filter Module:Filter type : Chebyshev 7th orderCut off freq. : 350 MHz typicalc. RFT-06-B1 Low Pass Filter Module:

:

.

Filter type : Butterworth 7th orderCut off freq. : 350 MHz typicalD. RFT-06-B2 Low Pass Filter Module:Filter type : Chebyshev 7th orderCut off freq. : 350 MHz typical e. RFT-06-C1 Band Pass Filter Module:Filter type : Butterworth 5th order F1 & F2 : 100 & 350 MHz typicalF. RFT-06-C2 Band Pass Filter Module:Filter type : Chebyshev 5th orderF1 & F2 : 100 & 350 MHz typicalg. RFT-06-D Notch Filter Module:Center freq. : 350 MHz nominal

1. To measure the center frequency of RF tuned amplifier.2. To measure the gain of RF tuned amplifier module.3. To measure the bandwidth of RF tuned amplifier.4. To measure the variation of center frequency with tuning5. To measure the 1dB compression of RF amp.6. To measure the frequency of RF oscillator.7. To measure the output power level of RF oscillator.8. To measure the frequency and level of various harmonics 9. To observe the effect of capacitive feedback ratio10. To observe the effect of voltage on frequency, level, harmonics11. To measure the frequency of RF crystal oscillator.12. To measure the level of RF crystal oscillator.13. To measure the harmonics of RF crystal oscillator14. To measure the frequency pulling characteristic of RF crystal osc15. To measure the phase noise of RF oscillator.16. To measure the center frequency of IF amplifier.17. To measure the gain of IF amplifier modules.18. To measure the bandwidth of IF amplifier modules.19. To measure the 1dB compression of IF amplifier20. To measure conversion gain/loss for mixer.21. To measure the 1dB compression level for mixer.22. To measure the LO/RF, LO/IF isolation for mixer.23. To measure the optimum LO drive level for minimum distortion/conversion loss for mixer.24. To measure the dynamic range for mixer modules.25. To measure VSWR of mixer RF /LO /IF ports.26. To measure the LO/RF frequency range of mixer.27. To measure the IF frequency range of mixer.28. To measure the insertion loss of RF filter.29. To measure the pass band and stop band frequency30. To measure the cut off frequency of RF filters.


List of experiments:

Dimensions: 56X41X18 cm Weight: 7 kg. Warranty: 3 yrs.

Amitec RF Training Lab RFT10



The RF lab consists of different modules of RF Oscillators, IF amplifiers, RF Mixers and RF Filters etc with following specifications:

1. RFT-01 RF Tuned Amplifier Module:2. RF Oscillators:

a. RFT-02-A Colpitts RF Oscillator Module:b. RFT-02-B Hartley RF Oscillator Module:c. RFT-02-C Clapp RF Oscillator Module:d. RFT-02-D Pierce RF Oscillator Module:

3. RF Crystal Oscillators:a. RFT-03-A Feedback Crystal Oscillator :b. RFT-03-B Colpitts Crystal Oscillator :c. RFT-03-C Butler Crystal oscillator module:d. RFT-03-D Crystal frequency multiplier:

4. IF Amplifiers:a. RFT-04-A FM IF amplifier module:b. RFT-04-B TV VIF amplifier module:c. RFT-04-C Satellite IF amplifier module:

5. RF Mixers:a. RFT-05-A Single ended Diode Mixer:b. RFT-05-B Single Balanced Diode mixer:c. RFT-05-C Double balanced diode mixer:d. RFT-05-D Transistor Mixer Module:

6. RF Filters:a. RFT-06-A1 High Pass Filter Butterworthb. RFT-06-A2 High Pass Filter Chebyshevc. RFT-06-B1 Low Pass Filter Butterworthd. RFT-06-B2 Low Pass Filter Chebysheve. RFT-06-C1 Band Pass Filter Butterworthf. RFT-06-C2 Band Pass Filter Chebyshevg. RFT-06-D Notch Filter

RF TRAINING LAB RFT10



Amitec RFT10 Features:

Amitec RFT10 Technical Specifications

Directional coupler 10-500 Mhz

Amitec Model RFT10 RF Training Lab is designed to allow you to actually SEE the Electronic Spectrum in “real time”. The modulation products and sidebands of AM, FM, SSB, DSB, DSB-SC, VSB waveforms can be studied. The frequency range and high sensitivity is suited to EMI/EMC measurements, both radiated and conducted. A tracking signal source along with directional coupler can be used to measure any two port network. Different training modules are provided for study and experimentation.

* 10MHz to 500MHz measurement range* Waveform and modulation independent* Low cost with high performance* Inbuilt frequency counter* Wide input range -85dBm to 20Vp-p* RF modules for experimentation * Tracking signal source for network analysis

Frequency 10 MHz – 500 MHzCenter frequency 4 digit LED display .Resolution 100KHz Attenuator 40 & 20dB ExternalInput Impedance 50 Ohms (BNC)lHorizontal scan upto 50MHz/div continuous Center freq. Variable control CRO Output Linear X out (BNC)

Log Y out (BNC) Tracking signal 0dBmImpedance 50 Ohms

Power Supply 100-240V AC; 47-63 HzAccessories Mains Lead, BNC-BNC


RF TRAINING SYSTEM RFT01

RF TRAINING SYSTEM RFT01 Technical Specifications:RF Tuned Amplifier Module:

RF Oscillators:

RF Crystal Oscillators

IF Amplifiers:

RF Mixers:

RF Filters:

1. Center freq. : 100-150 MHz typ. varactor tuned

2.a. RFT-02-A Colpitts RF Oscillator Module:Frequency : >100 MHz typicalb. RFT-02-B Hartley RF Oscillator Module:Frequency : >100 MHz varactor tunablec. RFT-02-C Clapp RF Oscillator Module:Frequency : >100 MHz varactor tunabled. RFT-02-D Pierce RF Oscillator Module:Frequency : 48.25 MHz

3. a. RFT-03-A Feedback Crystal Oscillator Mod.:Frequency : 10 MHz typicalb. RFT-03-B Colpitts Crystal Oscillator module:Frequency : 38.9 MHz typicalc. RFT-03-C Butler Crystal oscillator module:Frequency : above 80 MHzd. RFT-03-D Crystal frequency multiplier mod.:2nd harmonic : >10dB fundamental

4a. RFT-04-A FM IF amplifier module:Center freq. : 10.7 MHz b. RFT-04-B TV VIF amplifier module:Center freq. : 36.15 MHzc. RFT-04-C Satellite IF amplifier module:Center freq. : 479.5MHz typical

5. a. RFT-05-A Single ended Diode Mixer:LO /RF freq. : 500-1000 MHz typicalb. RFT-05-B Single Balanced Diode mixer:LO/RF freq. : 25-500 MHz typicalc. RFT-05-C Double balanced diode mixer:RF / LO freq. : 500-1000 MHz typicald. RFT-05-D Transistor Mixer Module:LO input typical : 400-600 MHz Conversion gain : +3dB

6. a. RFT-06-A1 High Pass Filter Module:Filter type : Butterworth 7th order Cut off freq. : 350 MHz typical b. RFT-06-A2 High Pass Filter Module:Filter type : Chebyshev 7th orderCut off freq. : 350 MHz typicalc. RFT-06-B1 Low Pass Filter Module:

:

.

Filter type : Butterworth 7th orderCut off freq. : 350 MHz typicalD. RFT-06-B2 Low Pass Filter Module:Filter type : Chebyshev 7th orderCut off freq. : 350 MHz typical e. RFT-06-C1 Band Pass Filter Module:Filter type : Butterworth 5th order F1 & F2 : 100 & 350 MHz typicalF. RFT-06-C2 Band Pass Filter Module:Filter type : Chebyshev 5th orderF1 & F2 : 100 & 350 MHz typicalg. RFT-06-D Notch Filter Module:Center freq. : 350 MHz nominal

1. To measure the center frequency of RF tuned amplifier.2. To measure the gain of RF tuned amplifier module.3. To measure the bandwidth of RF tuned amplifier.4. To measure the variation of center frequency with tuning5. To measure the 1dB compression of RF amp.6. To measure the frequency of RF oscillator.7. To measure the output power level of RF oscillator.8. To measure the frequency and level of various harmonics 9. To observe the effect of capacitive feedback ratio10. To observe the effect of voltage on frequency, level, harmonics11. To measure the frequency of RF crystal oscillator.12. To measure the level of RF crystal oscillator.13. To measure the harmonics of RF crystal oscillator14. To measure the frequency pulling characteristic of RF crystal osc15. To measure the phase noise of RF oscillator.16. To measure the center frequency of IF amplifier.17. To measure the gain of IF amplifier modules.18. To measure the bandwidth of IF amplifier modules.19. To measure the 1dB compression of IF amplifier20. To measure conversion gain/loss for mixer.21. To measure the 1dB compression level for mixer.22. To measure the LO/RF, LO/IF isolation for mixer.23. To measure the optimum LO drive level for minimum distortion/conversion loss for mixer.24. To measure the dynamic range for mixer modules.25. To measure VSWR of mixer RF /LO /IF ports.26. To measure the LO/RF frequency range of mixer.27. To measure the IF frequency range of mixer.28. To measure the insertion loss of RF filter.29. To measure the pass band and stop band frequency30. To measure the cut off frequency of RF filters.


List of experiments:

Dimensions: 56X41X18 cm Weight: 7 kg. Warranty: 3 yrs.




The RF lab consists of different modules of RF Oscillators, IF amplifiers, RF Mixers and RF Filters etc with following specifications:

1. RFT-01 RF Tuned Amplifier Module:2. RF Oscillators:

a. RFT-02-A Colpitts RF Oscillator Module:b. RFT-02-B Hartley RF Oscillator Module:c. RFT-02-C Clapp RF Oscillator Module:d. RFT-02-D Pierce RF Oscillator Module:

3. RF Crystal Oscillators:a. RFT-03-A Feedback Crystal Oscillator :b. RFT-03-B Colpitts Crystal Oscillator :c. RFT-03-C Butler Crystal oscillator module:d. RFT-03-D Crystal frequency multiplier:

4. IF Amplifiers:a. RFT-04-A FM IF amplifier module:b. RFT-04-B TV VIF amplifier module:c. RFT-04-C Satellite IF amplifier module:

5. RF Mixers:a. RFT-05-A Single ended Diode Mixer:b. RFT-05-B Single Balanced Diode mixer:c. RFT-05-C Double balanced diode mixer:d. RFT-05-D Transistor Mixer Module:

6. RF Filters:a. RFT-06-A1 High Pass Filter Butterworthb. RFT-06-A2 High Pass Filter Chebyshevc. RFT-06-B1 Low Pass Filter Butterworthd. RFT-06-B2 Low Pass Filter Chebysheve. RFT-06-C1 Band Pass Filter Butterworthf. RFT-06-C2 Band Pass Filter Chebyshevg. RFT-06-D Notch Filter

RF TRAINING LAB RFT10



Amitec RFT10 Features:

Amitec RFT10 Technical Specifications

Directional coupler 10-500 Mhz

Amitec Model RFT10 RF Training Lab is designed to allow you to actually SEE the Electronic Spectrum in “real time”. The modulation products and sidebands of AM, FM, SSB, DSB, DSB-SC, VSB waveforms can be studied. The frequency range and high sensitivity is suited to EMI/EMC measurements, both radiated and conducted. A tracking signal source along with directional coupler can be used to measure any two port network. Different training modules are provided for study and experimentation.

* 10MHz to 500MHz measurement range* Waveform and modulation independent* Low cost with high performance* Inbuilt frequency counter* Wide input range -85dBm to 20Vp-p* RF modules for experimentation * Tracking signal source for network analysis

Frequency 10 MHz – 500 MHzCenter frequency 4 digit LED display .Resolution 100KHz Attenuator 40 & 20dB ExternalInput Impedance 50 Ohms (BNC)lHorizontal scan upto 50MHz/div continuous Center freq. Variable control CRO Output Linear X out (BNC)

Log Y out (BNC) Tracking signal 0dBmImpedance 50 Ohms

Power Supply 100-240V AC; 47-63 HzAccessories Mains Lead, BNC-BNC


EMI EMC LAB EMI20

Amitec EMI / EMC Lab EMI20

Amitec EMI20 Features:

Amitec EMI20 Technical Specifications

Near Field Magnetic probe

Near Field Electric probe

Low Noise Preamplifier

Emissions Reference Source1


* Effectiveness of a shielding material* Location source of emissions of pcb tracks * Effectiveness of a Ferrite as a HF suppressor* Measuring induction into conductors* Tracking currents on a conducting plane* Estimating cross talk on PCB

Type Sensor H/E Freq. Sens.M1Loop H-Field 40dB 800 MHz HighM2Loop H-Field 30 dB 1.5 GHz Med.M3 Loop H-Field 10 dB 2.5 GHz Low

Type Sensor E/H Freq. Sens.E1 Omni E-Field 30 dB > 1.0 GHz HighE2 Narrow E-Field 30dB >3.0 GHz Low

Frequency Range 9KHz-4GHzNoise figure 3dBGain 20dBCompression 1dB 10dBm

Frequency 10-4000 MHzSteps 10MHz/50MHz

Frequency DC-4000 MHzSignal Noise

Impedance 50 OhmsRF level at 3m 40-80dBuV/m


EMC Analyser

EM Demo Kit

LF/HF Electromagnetic Detector

Electric Fast Transient Generator

Antenna

Helmholtz Coil

LISN

TEM Field Generator

Software

E-Manual: Installation Video for ease of LearningDimensions: 58X52X44cms Weight: 22KgsWarranty: 3 yrs.

Frequency 1-500MHz

SMPS, EM demo board, Ferrite Suppressors, Shielded Cans,

Biconical 0.05-2GHzMagnetic Loop 9KHz-30MHz

Frequency Range 9KHz-30MHzImpedance 50 Ohms

Frequency 10KHz-1GHzE-field 90V/m at 10WImpedance 50 Ohms

EMI EMC design software

Resolution 100KHz 4 digit LED displayRange -90dBm - +10dBmNoise Figure 4dB Input Impedance 50 Ohms (BNC)CRO Output Linear X, Log Y out (BNC)

Frequency range 9KHz - 3 GHzSensitivity -70dBmResolution 0.1dB

Voltage 4000V

Log periodic Antenna 0.1-4 GHz

Inductance 3.5mHCoil Factor 1Gauss/ASize 305mm


Amitec EMI / EMC Training System EMI10





Amitec EMI10 EMI / EMC Training System helps in understanding of electromagnetic emission and get first-hand experience with real-world compliance problems and tools. It contains everything a student needs to start learning Electromagnetic Compliance. It contains the near-field probes for electric and magnetic Fields , an EM demo board shows multiple electrical and magnetic field problems found in many products.Probes identify and evaluate signal integrity problems in high-speed circuits and can differentiate electric and magnetic fields. Low noise amplifier increases the sensitivity of CRO. EMC analyser can identify and locate signals in abroad frequency range.





Emissions Reference Source

EMC Analyser

EM Demo Kit


Antenna









Frequency 1-500MHz



EMI EMC TRAINING SYSTEM EMI10


EMI EMC LAB EMI20

Amitec EMI / EMC Lab EMI20













Frequency DC-4000 MHzSignal Noise



EMC Analyser

EM Demo Kit


Electric Fast Transient Generator

Antenna

Helmholtz Coil

LISN

TEM Field Generator

Software

E-Manual: Installation Video for ease of LearningDimensions: 58X52X44cms Weight: 22KgsWarranty: 3 yrs.

Frequency 1-500MHz



Frequency Range 9KHz-30MHzImpedance 50 Ohms

Frequency 10KHz-1GHzE-field 90V/m at 10WImpedance 50 Ohms

EMI EMC design software



Voltage 4000V


Inductance 3.5mHCoil Factor 1Gauss/ASize 305mm


Amitec EMI / EMC Training System EMI10





Amitec EMI10 EMI / EMC Training System helps in understanding of electromagnetic emission and get first-hand experience with real-world compliance problems and tools. It contains everything a student needs to start learning Electromagnetic Compliance. It contains the near-field probes for electric and magnetic Fields , an EM demo board shows multiple electrical and magnetic field problems found in many products.Probes identify and evaluate signal integrity problems in high-speed circuits and can differentiate electric and magnetic fields. Low noise amplifier increases the sensitivity of CRO. EMC analyser can identify and locate signals in abroad frequency range.





Emissions Reference Source

EMC Analyser

EM Demo Kit


Antenna









Frequency 1-500MHz



EMI EMC TRAINING SYSTEM EMI10

AMITEC ELECTRONICS LTDISO 9001:2000 company

COMPANY PROFILEWe are a diversified group with interests in Defence,

Nano-technology, Strategic Electronics, RF & Microwaves, Didactic equipments, Robotics and

Lasers.With our in depth knowledge of over two decades in

systems and procedures of government procurement, we have been assisting foreign

manufacturers in marketing their products to govt. establishments.

We have been associated with IIT’s, Scientific labs, defense research labs, for joint developments of several hi-tech intelligence & information warfare

systems. We have decades of experience in manufacturing high end and customized RF & Microwave training systems. We are regularly exporting our products to UK, USA, Finland, Italy, Middle East, South East Asia,

Malaysia, New Zealand etc.We wish to promote ourselves as an indigenous manufacturer and system integrator for hi-tech

products, thereby cutting down substantial costs, foreign exchange outflow, and ensuring prompt after

sales service. We have channel partners in major cities of India and most of the countries for efficient

after sales support.Our growing range of products finds use in military vehicles, border security forces, troop movements, homeland security, safety of high security zones, to

counter insurgency in the electronic warfare scenario. We are now poised to offer solutions for present day needs of Indian technological sector by providing indigenously developed latest gadgetry which is a

step ahead of evolving threats.

MICROWAVE ANECHOIC CHAMBER MAC20


Microwave Anechoic Chamber MAC20 Features:

Areas of Application

EXPERIMENTS

Windows Software:

* Low cost solution to anechoic chamber. * Reflection signal (reaching test zone) down by min -30dB

with respect to direct signal. * Low RCS stand (Plastic pipe and holding devices) to hold

transmitting antenna * Antenna under test / RCS measurement target stand on a

stepper motor monopod with step size of 1deg. * Five-side PU Foam absorber covered plywood boxes. * Special corner block absorbers used. * Suitable type optimum performing absorbers at near

normal/grazing incidences of extraneous signals used.* Specially shaped absorbers for transmitting and receiving. * Custom tailored solution, other size boxes, anechoic

chambers can be provided. * Suitable for 900 MHz to 20GHz and higher frequencies.

Performance (Reflection Loss) at lower frequencies shall be deteriorated, like at 750MHz it will be-25dB only)

* Comprehensive Testing Validation report available

* Suitable for Microwave and Antenna labs.* Designed in view of requirements of educational institutes. * Necessary attachment for Antenna/Microwave Trainers * Accurate antenna pattern/RCS Measurements

* Square law characteristics of Microwave propagation* Polar Plots- E & H Plane* Cartesian Plots- E & H Plane* Vertical Plane Plots – Ground Plane effect* Directive gain of Antenna.* Front to Back Ratio* Side lobe Level and its Angular Position* Beam width – Half Power (3dB) & 10 dB* Frequency Bandwidth of an Antenna* Verify Reciprocity axiom* Study RF reflection loss and absorption loss properties

of some sample absorbers

Rs232 interface with polar plotting software with log, linear cartesian and polar plots, Multiple pattern overlay, Double cursor measurement, Zoom, Colour editing, 1000 location editor, Absolute/Relative,3dB/10dB beam-width


Amitec Anechoic Chamber

Amitec Stepper Motor Controller Unit - 2 Nos.

Accessories :

Antenna Types :

E-Manual: Installation Video for ease of LearningDimensions:1.2m X 1.2m X 1.2m - 2 Nos. Weight: 500 kg.Warranty: 3 yrs

Dimensions : 1.2mX1.2mX1.2m X2 nosAbsorber : EM Lossy PU Foam PyramidsReflection : <40dB @ 10GHz

Display : 16X2 backlit LCD for angleRotation : 0-359 degreesResolution : 1 degreeAngular steps : 1, 5, 10, 45 degreesMemory : 1000 angular position store/recallAuto mode : Automatic rotation with receiverMode : CW/CCW rotation, Fast/Slow speedPower Supply : 100-240V AC, 50-60 Hz

• Two stepper motor controlled non radiating monopods for rotation of transmitting & receiving Antenna

• All necessary connectors and cables* SMA - N Adapters - 2 Nos, N-N right angle adapter -2 Nos* 3m Low Loss SMA-SMA cables - 2 Nos.

1. Dipole - 2 Nos. 2. Log Periodic - 2 Nos.3. Biconical 4. Open waveguide5. Open waveguide 6. Ridged Horn7. Ridged Horn

AMITEC ELECTRONICS LTDISO 9001:2000 company

COMPANY PROFILEWe are a diversified group with interests in Defence,

Nano-technology, Strategic Electronics, RF & Microwaves, Didactic equipments, Robotics and

Lasers.With our in depth knowledge of over two decades in

systems and procedures of government procurement, we have been assisting foreign

manufacturers in marketing their products to govt. establishments.

We have been associated with IIT’s, Scientific labs, defense research labs, for joint developments of several hi-tech intelligence & information warfare

systems. We have decades of experience in manufacturing high end and customized RF & Microwave training systems. We are regularly exporting our products to UK, USA, Finland, Italy, Middle East, South East Asia,

Malaysia, New Zealand etc.We wish to promote ourselves as an indigenous manufacturer and system integrator for hi-tech

products, thereby cutting down substantial costs, foreign exchange outflow, and ensuring prompt after

sales service. We have channel partners in major cities of India and most of the countries for efficient

after sales support.Our growing range of products finds use in military vehicles, border security forces, troop movements, homeland security, safety of high security zones, to

counter insurgency in the electronic warfare scenario. We are now poised to offer solutions for present day needs of Indian technological sector by providing indigenously developed latest gadgetry which is a

step ahead of evolving threats.

MICROWAVE ANECHOIC CHAMBER MAC20


Microwave Anechoic Chamber MAC20 Features:

Areas of Application

EXPERIMENTS

Windows Software:

* Low cost solution to anechoic chamber. * Reflection signal (reaching test zone) down by min -30dB

with respect to direct signal. * Low RCS stand (Plastic pipe and holding devices) to hold

transmitting antenna * Antenna under test / RCS measurement target stand on a

stepper motor monopod with step size of 1deg. * Five-side PU Foam absorber covered plywood boxes. * Special corner block absorbers used. * Suitable type optimum performing absorbers at near

normal/grazing incidences of extraneous signals used.* Specially shaped absorbers for transmitting and receiving. * Custom tailored solution, other size boxes, anechoic

chambers can be provided. * Suitable for 900 MHz to 20GHz and higher frequencies.

Performance (Reflection Loss) at lower frequencies shall be deteriorated, like at 750MHz it will be-25dB only)

* Comprehensive Testing Validation report available

* Suitable for Microwave and Antenna labs.* Designed in view of requirements of educational institutes. * Necessary attachment for Antenna/Microwave Trainers * Accurate antenna pattern/RCS Measurements

* Square law characteristics of Microwave propagation* Polar Plots- E & H Plane* Cartesian Plots- E & H Plane* Vertical Plane Plots – Ground Plane effect* Directive gain of Antenna.* Front to Back Ratio* Side lobe Level and its Angular Position* Beam width – Half Power (3dB) & 10 dB* Frequency Bandwidth of an Antenna* Verify Reciprocity axiom* Study RF reflection loss and absorption loss properties

of some sample absorbers

Rs232 interface with polar plotting software with log, linear cartesian and polar plots, Multiple pattern overlay, Double cursor measurement, Zoom, Colour editing, 1000 location editor, Absolute/Relative,3dB/10dB beam-width


Amitec Anechoic Chamber

Amitec Stepper Motor Controller Unit - 2 Nos.

Accessories :

Antenna Types :

E-Manual: Installation Video for ease of LearningDimensions:1.2m X 1.2m X 1.2m - 2 Nos. Weight: 500 kg.Warranty: 3 yrs

Dimensions : 1.2mX1.2mX1.2m X2 nosAbsorber : EM Lossy PU Foam PyramidsReflection : <40dB @ 10GHz

Display : 16X2 backlit LCD for angleRotation : 0-359 degreesResolution : 1 degreeAngular steps : 1, 5, 10, 45 degreesMemory : 1000 angular position store/recallAuto mode : Automatic rotation with receiverMode : CW/CCW rotation, Fast/Slow speedPower Supply : 100-240V AC, 50-60 Hz

• Two stepper motor controlled non radiating monopods for rotation of transmitting & receiving Antenna

• All necessary connectors and cables* SMA - N Adapters - 2 Nos, N-N right angle adapter -2 Nos* 3m Low Loss SMA-SMA cables - 2 Nos.

1. Dipole - 2 Nos. 2. Log Periodic - 2 Nos.3. Biconical 4. Open waveguide5. Open waveguide 6. Ridged Horn7. Ridged Horn

Amitec Electronics Ltd.Regd. Off.: 504, Nilgiri , 9 Barakhamba road, New Delhi-110001Works: 4/32, Site-4 Industrial area, Sahibabad,U.P.- [email protected], [email protected], www.amitec.co.inTel-+91-120-4371276,+91-98118-39949, +91-98101-93153