Amitec RF and Microwave Product catalog

Amitec Electronics Ltd
Innovating Technology

Product Catalog
www.amitecltd.com

ANTENNA TRAINER ATS10
Antenna Trainer ATS10 Features:
* 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
Amitec ATS10 Technical Specifications:
Frequency range : 86 - 860 Mhz PLL for Tx and Rx
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 & Down
Memory : 1000 frequency store/recall
Modulation FM : Internal 1KHz/ External Microphone
RF Level : 110 dBuV typical 9. Biconical 3dBi 0.25-1GHz
Attenuator : 40dB internal switchable 10. Discone 1dBi 0.25-2GHz
Impedance : 50 ohms 11. Log Periodic 0.25-1GHz
Measurements : RF level in dBuV with 0.1dB resolution 12. Sleeve 1.5dBi 0.75GHz
Dynamic range : 110 dB (70dB log +40dB attenuator) 13. Slot 2dBi 0.8GHz
Speaker : Inbuilt for Audio output 14. End fire 3dBi 0.6GHz
PC interface : RS 232 connectivity to PC for antenna 15. Broad side 3dBi 0.6GHz
plotting using supplied software 16. Whip 0.5dBi 0.1GHz
Auto mode : Data logging for antenna gain & SWR 17. Helix LHCP 4dBi 0.6-1GHz
bandwidth with transmitter & polar/ 18. Helix RHCP 4dBi 0.6-1GHz
cartesian plots with Stepper. 19. Square Loop 2dBi0.6GHz
Demodulation : FM Demodulation out 20. Quad 4dBi 0.6GHz
Rotation : 0-359 degrees with 1 deg resolution 21. V antenna 3dBi 0.8GHz
Angular steps : 1, 5, 10, 45 degrees 22. Top loaded 1dBi 0.6GHz
Auto mode 1 : 1. Automatic rotation with receiver 23. Rhombus 3dBi 0.8GHz
: 2. Tracking operation with receiver 24. Ground plane 1dBi 0.6GHz
Mode : Clockwise/Counterclockwise rotation, 25. L/4 Phase array 3dBi 0.8GHz
Fast Slow speed modes Areas of experimentation and scope of study
Down converter : 39Mhz output for monitoring on * Inverse square law of propagation.
spectrum analyser * Radiation pattern of an Omni and directional antenna.
RSSI : Received Signal strength Indication for * Vertical, Horizontal and Circularly polarized antennas.
Fading analysis * Polarization discrimination linear & circular antennas
Power Supply : 100-240V AC, 50-60 Hz * Resonant and non-resonant antenna.
Software: RS 232 interface with polar plotting with log, linear * Reciprocity of antenna.
cartesian and polar plots, Vi, Vr & Return loss plots, Multiple * Current distribution of an antenna.
pattern overlay, Double cursor, Zoom, Colour editing, 1000 * Antenna parameters:
location editor, Absolute/Relative, 3dB/10dB beam- * Radiation pattern E & H Plane - Polar & Cartesian Plots
width,Gain, Front to back, Side lobe level and position, Plot * Directive gain, beam width (Half Power/10dB), front to
rotate, File- edit, save, get. back ratio, plane of polarization, side lobe level & angle.
Directional Coupler/Return Loss Bridge: Directional * Antenna resonance, VSWR and bandwidth using
Coupler is provided with 1 GHz frequency response and 20 dB Directional coupler and adjust the antenna.
directivity for antenna forward & reverse power & VSWR * Comparative study of antennas.
Antenna Kit: Broadband 1:1 Balun and flexible wire. * Significance of parasitic element dimensions.
Accessories * Construct antenna using antenna kit
1. Transmitter antenna mounting stand. * Voice communication link using antennas. Plus lot more
2. Stepper motor controlled mounting stand for Rx E-Manual: Installation Video for ease of Learning
3. Condenser microphone 4. Antenna Kit Dimension:56X48X41cm Weight: 20 kg Warranty:3 yr
5.All necessary connectors & Teflon RF cables.
6. Students activity & Teachers reference Manual
7. Software CD 8. BNC-BNC Cable 1.5 m X 2
9. Sniffer Probe 10. Measuring Tape
11. Polarization Connector X 2 12. Rs232 lead
ATS10 Antenna Type: typical gain & VSWR<1.5
1. Monopole 1dBi 0.25-1GHz
2. Dipole L/2 2dBi 0.25-1GHz
3. Folded Dipole 2dBi 0.4-0.8GHz
4. Dipole L/4 2dBi 0.25-1GHz
5. Crossed Dipole LHCP 2dBi 0.8GHz
6. Crossed Dipole RHCP 2dBi 0.8GHz
7. Yagi(3el) 4dBi 0.6GHz
8. Yagi (4el) 5dBi 0.6GHz
Mfd by: Amitec Electronics Ltd.
Regd. Off: 504, Nilgiri, Barakhamba Road, New Delhi-110001
Works: 4/32, Site-4, Industrial Estate Sahibabad, UP-201010
amitecltd@gmail.com, www.amitec.co.in
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE ANTENNA TRAINING SYSTEM MAT10

Microwave Antenna Training System MAT10 Features:
* Microwave Trainer with 21 Antennas like Parabolic dish,
Patch arrays, Horn etc.
* DRO stabilized antenna transmitter and receiver
Operating in the X band
* In built Microwave power meter receiver with 0.1dB
resolution
* Stepper motor antenna rotator.
* 1 degree resolution stepper motor
* Microstrip antennas
* 1000 location Frequency and level storage in receiver Antenna Types :
* Ability to transfer Digital signal over microwave. 1. Monopole

2. Dipole

3. Slot WG narrow wall

4. Slot WG broad wall

Amitec MAT10 Technical Specifications: 5.6. Helix (LHCP) X2Nnos
Transmitter
Frequency : X band Dielectric Resonator stabilized
MESFET source on microstrip
Accuracy : 0.1%
Modulation : CW/ASK(DC-15 KHz) Ext 7.8. Helix (RHCP) X2 Nos
RF Level : 1mW typical
Output Z : 50 ohms with N connector
Receiver
Frequency : X band Microwave receiver power
meter 9. Patch Microstrip
Accuracy : 0.1%
Sensitivity : -70dBm typical
Measure : Microwave power level in dBm& dBu
Demod : Digital out
Resolution : 0.1dB 10. Patch Microstrip Array x2
Input Z : 50 ohms with N connector
PC interface : RS 232 connectivity to PC for antenna
Plotting using supplied software
Display : 16x2 backlit LCD for angular
Position and power level 11. Patch Microstrip Array x4
Rotation : 0-359 degrees
Control : Menu, Enter, Escape, Up & Down
Angle : User selectable steps of
1, 5, 10, 45 degrees 12. Patch Microstrip Array x16
Memory : 1000 memories for storing positions
and RF levels for quick recall
Auto Mode : Automatic rotation in user steps with
Datalogging facility. 13. Parabolic Dish
Indication : Beep on reaching the selected
Position
Power Supply : 100-240V AC, 50-60 Hz

amitec@rediffmail.com, www.amitec.co.in
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE ANTENNA TRAINING SYSTEM MAT10

14. Conical Horn List of Experiments:

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

15. Pyramidal Horn 2. To plot the radiation pattern of an omnidirectional
antenna.

3. To plot the radiation pattern of a directional antenna

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

5. To measure the VSWR of the antenna
17. E Plane Sectoral Horn
6. To demonstrate that transmitting and receiving patterns of
an antenna are equal and hence confirm the reciprocity
theorem of antennas

18. H Plane Sectoral Horn 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,
19. Dielectric Rod plane of polarization, cross polarization discrimination,
side lobe level and its angular position from polar plot,
VSWR/return loss) of Dipole antenna.

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

11. To measure antenna parameters of conical Horn antenna

12. To measure antenna parameters of monopole antenna
21. Open waveguide
13. To measure antenna parameters of Slot(Narrow Wall &
Broad Wall) Antenna

Windows Software: 14. To measure antenna parameters of Parabolic dish
RS232 interface with polar plotting software with log, linear antenna
cartesian and polar plots, Multiple pattern overlay, Double
cursor measurement, Zoom, Colour editing, 1000 location 15. To measure antenna parameters of Patch array antenna
e d i t o r, A b s o l u t e / R e l a t i v e , 3 d B / 1 0 d B b e a m - w i d t h
measurement 16. To measure antenna parameters of Helix (RHCP &
LHCP) antenna. To measure the cross polarization
Accessories : discrimination for circular polarisation.
• 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

Multi-hole waveguide directional coupler: 8.2 to 12.4 GHz
of frequency response, 10 dB coupling factor and 30 dB
directivity.

E-Manual: Installation Video for ease of Learning

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

amitec@rediffmail.com, www.amitec.co.in
91-120-4371276, 91-9811839949, 91-9810193153

ANTENNA TRAINING LAB ATS20

Antenna Training Lab ATS20 Features:
* 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
* Stepper motor antenna rotator.
* 1 degree resolution stepper motor
* Microstrip antennas
* 1000 location Frequency and level storage in receiver

Amitec ATS20 Technical Specifications:
PLL Synthesized Digital RF Transmitter
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 Directional Coupler: Directional Coupler is provided with 2
Controls : Menu, Enter, Escape, Up & Down GHz frequency response and 20 dB directivity for antenna
Memory : 1000 frequency store/recall forward & reverse power & VSWR measurements.
Modulation FM : Internal 1KHz/ External Microphone
RF Level : 110 dBuV typical
Attenuator : 40dB (external) Antennas: typical gain & VSWR<1.5
Output Z : 50 ohms 1) Monopole
Auto mode : Tracking operation with receiver 1dBi 0.25-1GHz
PLL Synthesized Digital RF Receiver
Frequency range : 5-2000 MHz PLL in 3 ranges
Step size : 0.05,0.1, 0.25, 0.5, 1,10,100 MHz 2) Dipole
Accuracy : 0.01% 2dBi 0.25-1GHz
Controls : Menu, Enter, Escape, Up & Down 3) Folded Dipole
Memory : 1000 frequency & level store/ recall 2dBi 0.4-0.8GHz
Measurements : RF power level in dBuV
Resolution : 0.1dB
Dynamic range : 110 dB (70dB log +40dB attenuator)
Input Z : 50 ohm
Speaker : Inbuilt for Audio output 4) Crossed Dipole LHCP
PC interface : RS 232 connectivity to PC for antenna 2dBi 0.8GHz
plotting using supplied software 5) Crossed Dipole RHCP
Auto mode : Data logging for antenna gain & SWR 2dBi 0.8GHz
bandwidth with transmitter & polar/
cartesian plots with Stepper.
Demodulation : FM Demodulation out
Down converter : 39Mhz output for monitoring on
spectrum analyser 6) Yagi(3el)
RSSI : Received Signal strength Indication for 4dBi 0.6GHz
Fading analysis
Power Supply : 100-240V AC, 50-60 Hz 7) Yagi (4el)
Stepper Motor Controller Unit 5dBi 0.6GHz
Display : 16X2 backlit LCD for angle
Rotation : 0-359 degrees
Resolution : 1 degree.
Angular steps : 1, 5, 10, 45 degrees
Memory : 1000 angular position store/recall
Auto mode : Automatic rotation with receiver 8) Biconical
Mode : Clockwise/Counterclockwise rotation, 3dBi 0.25-1GHz
Fast Slow speed modes
Software: 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 9) Log Periodic
location editor, Absolute/Relative, 3dB/10dB beam-width, 0.25-1GHz
Gain, Front to back, Side lobe level and position, Plot rotate,
File- edit, save, get.
91-120-4371276, 91-9811839949, 91-9810193153

ANTENNA TRAINING LAB ATS20

10) Discone 25) Conical Horn 7dBi 2GHz
1dBi 0.25-2GHz

26) Batwing 2dBi 0.8-1.2GHz
11) Sleeve
1.5dBi 0.75GHz

12) Slot 27) Stacked Yagi 6dBi 0.6GHz
2dBi 0.8GHz

13) End fire 28) MIC LPDA 4dBi 0.9-3GHz
3dBi 0.6GHz 29) Dipole 2dBi 0.25-1GHz
30) MIC LPDA 4dBi 0.9-3GHz

Accessories
14) Broad side 1) Transmitter antenna mounting stand.
3dBi 0.6GHz 2) Stepper motor controlled mounting stand for rotation
of receiving antenna.
3) Condenser microphone
4) All necessary connectors & Teflon RF cables.
15) Whip 5) Students activity & Teachers reference Manual
0.5dBi 0.1GHz 6) Software CD 7) Antenna Kit
8) Sniffer Probe 9) Power Divider (2 way)
6) Helix LHCP 10) Polarization ConnectorX2
4dBi 0.6-1GHz 11) Rs232 Lead 12)BNC-BNC lead 50cm X3
17) Helix RHCP 13)BNC-BNC lead 1.5m X2 14)Measuring Tape
4dBi 0.6-1GHz

Areas of experimentation and scope of study
18) Square Loop * Inverse square law of propagation.
2dBi 0.6GHz * Radiation pattern of an Omni and directional antenna.
* Vertical, Horizontal and Circularly polarized antennas.
* Polarization discrimination linear & circular antennas
* Resonant and non-resonant antenna.
19) Quad * Reciprocity of antenna.
4dBi 0.6GHz
* Current distribution of an antenna.
* Antenna parameters:
* Radiation pattern E & H Plane - Polar & Cartesian Plots
20) Log Spiral * Directive gain, beam width (Half Power/10dB), front to
2dBi 0.5-3GHz 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.
21) V antenna * Significance of parasitic element dimensions.
3dBi 0.8GHz * Construct antenna using antenna kit
* Voice communication link using antennas. Plus lot more.

Dimension : 75 X 55 x 45 cms. Weight : 29 Kg
22) Patch Warranty: 3 yrs.
4dBi 1.5GHz

23) Parabolic 6dBi 2GHz

24) L/4 array 3dBi 0.8GHz

91-120-4371276, 91-9811839949, 91-9810193153

ANTENNA TRAINER ATS05

Antenna Trainer ATS05 Features: 2. Dipole X 2
* 10 Antennas 2dBi 0.25-1GHz
* PLL transmitter and receiver 86-860 MHz.
* 50kHz step size. 3. Folded Dipole
* RF Power measurement in 0.1 dB resolution 2dBi 0.4-0.8GHz
* 1000 location Frequency and level storage in receiver 4. Yagi (3el)
* RS232 interface with polar/cartesian plotting software 4dBi 0.6GHz

Amitec ATS05 Technical Specifications: 5. Yagi (4 el)
5dBi 0.6GHz

6. Slot
2dBi 0.8GHz

7. End fire array
3dBi 0.6GHz
PLL Synthesized RF Transmitter/Receiver:
Frequency range : 86 - 860 Mhz PLL for Tx and Rx
Step size : 0.05, 0.1,0.25,0.5, 1, 10,100 MHz 8. Broad side array
Accuracy : 0.01% 3dBi 0.6GHz
Memory : 1000 frequency store/recall 9. Square Loop
Modulation FM : Internal 1KHz/ External Microphone 2dBi 0.6GHz
RF Level : 110 dBuV typical
Attenuator : 40dB internal switchable 10. V antenna
Impedance : 50 ohms 3dBi 0.8GHz
Measurements : R F l e v e l i n d B u V w i t h 0 . 1 d B N.B. Any antennas can be provided as per university syllabus
resolution within Frequency range.
Dynamic range : 110 dB (70dB log +40dB attenuator)
Speaker : Inbuilt for Audio output Accessories:
PC interface : RS 232 connectivity to PC for 1) Transmitter & receiving antenna mounting stands.
antenna plotting using supplied 2) All necessary connectors & Teflon RF cables.
software 3) Student’s activity & Teacher’s reference Manual
Auto mode : 1. Data logging for antenna gain & SWR 4) BNC-BNC Teflon cable 1.5m
bandwidth with transmitter 5) Antenna Kit
2.Polar/cartesian plots. 6) Voltage Probe
Demodulation : FM Demodulation out 7) Measuring Tape
Down converter : 39Mhz output for monitoring on 8) Polarization Connector X 2
spectrum analyser 9)Antenna Plotting software
RSSI : Received Signal strength Indication for
Fading analysis E-Manual: Installation Video for ease of Learning

Software: RS 232 interface with polar plotting with log, linear Areas of experimentation and scope of study
cartesian and polar plots, Vi, Vr & Return loss plots, Multiple * Inverse square law of propagation.
pattern overlay, Double cursor, Zoom, Colour editing, 1000 * Radiation pattern of an Omni and directional antenna.
location editor, Absolute/Relative, 3dB/10dB beam- * Vertical, Horizontal polarized antennas.
width,Gain, Front to back, Side lobe level and position, Plot * Polarization discrimination linear & circular antennas
rotate, File- edit, save, get. * Resonant and non-resonant antenna.
* Reciprocity of antenna.
Directional Coupler: * Current distribution of an antenna.
Directional Coupler is provided with 1 GHz frequency * Antenna parameters:
response and 20 dB directivity for antenna forward & reverse * Radiation pattern E & H Plane - Polar & Cartesian Plots
power & VSWR * Directive gain, beam width (Half Power/10dB), front to
back ratio, plane of polarization, side lobe level & angle.
Antenna Kit: Broadband 1:1 Balun and flexible wire. * Antenna resonance, VSWR and bandwidth using
directional coupler and adjust the antenna.
* Comparative study of antennas.
Antenna Types: typical gain & VSWR < 1.5 * Significance of parasitic element dimensions.
* Construct antenna using antenna kit. Plus lot more.
1. Monopole
1dBi 0.25-1GHz Dimensions: 56X41X18 cms. Weight: 10 kg.
Warranty: 3 yrs.
91-120-4371276, 91-9811839949, 91-9810193153

TRANSMISSION LINE TRAINER TLA05

Transmission Line Trainer TLA05 Features:
* 30-300 Mhz sweep source with detector CRO not included
* 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.

Amitec TLA05 Technical Specifications:

A. Frequency Domain Analyzer
Frequency range : 30-300 MHz typical LCD Display.
Level : 100mV p-p
Attenuator 50 Ohms : 0.5, 1, 2,4, 8,15 dB List of Experiments TDR
Output Impedance : 50 Ohms 1. Introduction
Scope out : X-Y output to scope 2. To observe the open / short & terminated line.
3. To measure the characteristic impedance of a line.
B. Resistive Impedance Analyzer 4. To measure the velocity and dielectric constant
Characteristic Imp. : upto 900 ohms 5. To measure the attenuation constant
Display : LCD 6. To measure the VSWR, return loss
7. To observe the two sections joined with a connector
C. Time Domain Reflectometer 8. To observe the inductive coil Termination
PRR Short range : 10MHz typical 9. To observe the t-line with a capacitor termination
Pulse width : <10ns typical 10. To observe the t-line with a varying pulse width
PRR Long range : 100KHz typical 11. To observe line with partial open and partial short
Amplitude : 1V nominal 12. To observe the lossy transmission line
Output Impedance : 50 Ohms

Accessories List of Experiments FDR
Lengths of 50 ohms and 75 ohms coaxial cable, 300ohms 1. To setup the standing waves and observe the maxima
parallel line with balun, lossy line, Tee connectors, ,Standard and minima on a CRO in real time.
load of 50 and 75 ohms, Various capacitive and inductive 2. To measure characteristic imped. &differentiate between
loads, shorts, Operating manual, Mains cord the matched and unmatched lines.
3. To study the attenuation characteristic of signal along a
E-Manual: Installation Video for ease of Learning transmission line and observe its variation with frequency
4. To study the effect of reactive loads
5. To study the difference between lossy and loss less
6. To study the physical dimensions & estimate its Zo
7. 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.

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

91-120-4371276, 91-9811839949, 91-9810193153

SATELLITE COMMUNICATION LAB STC24

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
Monitor not supplied. Video to VGA converter
& Patch X 2 for linear & circular polarization study
card supplied instead of Monitor.
* Signal monitoring outputs at uplink & downlink
* C/N and S/N measurement facility

Amitec STC24 Technical Specifications

Satellite Uplinking Transmitter Satellite Downlink Receiver
Frequency : 4 channels in 2.4 to 2.5 Ghz band ; Frequency : 4 channels in 2.4 to 2.5 Ghz band
PLL Controlled ISM Band PLL Controlled ISM Band
Display : LCD 16X2 Backlit Display : LCD 16 X 2 Backlit
Spurious output : 30 dB typical RF Input Z : 75 Ohms Unbalanced
RF Output Z : 75 Ohms Unbalanced Sensitivity : -85dBm
RF output level : +3 dBm nominal Path Loss : 20dB typical variable attenuation
Path Loss : Upto 35dB variable attenuation Audio 1out : Speaker inbuilt/output
Audio 1 : Int. 1KHz sine wave / Ext Mic Audio 2 out : Speaker inbuilt/output
Ext. Function Generator waveform Video Out : 5MHz bandwidth, 1V p/p
Audio 2 : Int. 1KHz sine wave / Ext Mic Digital : Max bit rate 500KHz typical TTL
Ext. Function Generator waveform Rs232 : PC serial port compatible output
Video : Colour/Monochrome Camera/VCD Down-converter : 400-500MHz output for spectrum
Waveform : upto 5MHz Function Generator analysis
Digital : Max bit rate 500KHz typical Telemetry : 4 bit binary LED output with Selectable
RS232 : PC serial port compatible intput 4 addresses
Tele-command : Selectable 4 bit binary input with Valid/Error : Tele-command Frame available at
selectable 4 addresses Correction digital output
Enable : Telecommand Frame available at RSSI Out : Received signal strength output for C/N
digital input measurement
FM deviation : Variable on audio and video/data

91-120-4371276, 91-9811839949, 91-9810193153

SATELLITE COMMUNICATION LAB STC24

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 2
Software : PC Serial communication software
Accessories : Camera, Microphone, Video to
VGA converter Card, Cables BNC-
Satellite Link Emulator BNC X6, Tee connector X2, RS 232
Transponder Uplink Rx & Tx Cables
Frequency : 4 channels in 2.4 to 2.5 Ghz band ;
PLL Synthesized ISM Band E-Manual: Installation Video for ease of Learning
Display : 16X2 LCD Backlit
RF Input Z : 75 Ohms Unbalanced Dimensions: 58X52X44cms Weight: 22Kgs
Sensitivity : -85dBm Warranty: 3 yrs.
Uplink Path Loss : 20dB typical variable attenuation
Telemetry : 4 bit binary LED output with Area & Scope of Experiments:
Selectable 4 addresses * To s e t u p a n a c t i v e & p a s s i v e s a t e l l i t e
Valid/Error : Telemetry Frame available at digital communication link and study their difference. To study
Correction output the advantages of satellite communication. To study
the communication satellite link design:
Transponder Downlink process of transmitting a signal to a satellite
Frequency : 4 channels in 2.4 to 2.5 Ghz band ; (UPLINKING), reception of same signal via satellite
PLL Synthesized ISM Band (DOWN LINKING) and functioning of transponder.
Display : 16X2 LCD Backlit * To measure baseband analog signal parameters.
Spurious output : - 30 dB typical * To measure the signal parameters like fm deviation in an
RF Output Z : 75 Ohms Unbalanced analog FM/FDMTV Satellite link on spectrum analyser.
RF output level : +3 dBm nominal * To study the functionality of a satellite MODEM.
Path Loss : Upto 25dB variable attenuation * To measure Linear and Circular polarization of antennas
Tele-command : Selectable 4 bit binary input with on spectrum analyser.
selectable 4 addresses * To measure the C/N ratio, threshold on spectrum
Enable : Telecommand Frame available at analyser.
digital input * To measure the S/N ratio.
Test Output : Audio 1, Audio2, Video, Digital * To study the effect of fading and measure the fading
Down-converter : To spectrum analyzer 400-500 MHz margin of a received signal on spectrum analyser.
RSSI Out : Received signal strength output for * To measure the Propagation Delay of signal.
C/N measurement * To measure pathloss using spectrum analyser.
Band limiting : 18MHz fixed typical * To study noise on spectrum analyser.
Noise addition : Variable * To measure the digital baseband signal parameters
Signal delay : upto 0.6s on Audio1 channel in a satcom link. To measure the range of baud rates
Signal fading : Variable 10dB that the system can support.
* To send telecommand and receive the telemetry Data
Spectrum Analyser 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.

Frequency : 10 MHz – 500 MHz
Center frequency : 4 digit LED display
Accuracy : + 0.1%
Resolution : 100KHz
Sensitivity : -90dBm
Attenuator : 20dB External
Input Impedance : 50 Ohms (BNC)
Horizontal scan : upto 50MHz/div continuous
Center freq. : Variable control
Dynamic range : 60dB typical
CRO Output : Linear X out (BNC)
: Log Y out (BNC)

91-120-4371276, 91-9811839949, 91-9810193153

SATELLITE TRAINER STC10

Features:
* 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

Amitec STC10 Technical Specifications
Monitor not supplied. Video to VGA
Satellite Uplinking Transmitter converter card supplied for Video link.
Frequency : 4 channels in 2.4 to 2.5 Ghz band ;
PLL with frequency selection switch &
LED indication Satellite Link Emulator
Spurious output : - 30 dB typical Transponder Uplink
RF Output Z : 75 Ohms Unbalanced Frequency : 4 channels in 2.4 to 2.5 Ghz band ;
RF output level : +3 dBm nominal with wideband RF PLL Synthesized ISM Band with
amplifier with no manual matching select switch
required RF Input Z : 75 Ohms Unbalanced
Path Loss : Upto 35dB variable attenuation Sensitivity : -80dBm
Audio 1 : Int. 1KHz sine wave / Ext Mic
Ext. Function Generator waveform Transponder Downlink
Audio 2 : Int. 1KHz sine wave / Ext Mic Frequency : 4 channels in 2.4 to 2.5 Ghz band ;
Ext. Function Generator waveform PLL Synthesized ISM Band
Video : Analog Camera/VCD compatible Spurious output : - 30 dB typical
Waveform : upto 5MHz Function Generator RF Output Z : 75 Ohms Unbalanced
Digital : Max rate 100KHz typical RF output level : 0 dBm nominal
Baseband : Transmits 3 signals simultaneously Path Loss : Upto 30dB variable attenuation
at each uplink frequency Link Fail : Switch to disable link
Processor : PIC16F4 - 8 bit RISC processor Band limiting : 16MHz fixed typical
based PLL with 4 Mhz clock Antennas : Patch antenna X2
Bandwidth : 16 Mhz Power Supply : 100-240V AC 47-63Hz
Modulation : 5/ 5.5MHz Audio FM Modulation Accessories : Camera, Microphone, Video to VGA
8 Mhz Video FM Modulation converter Card, Cables BNC-BNC X2
Antenna : Detachable Parabolic dish with mount
Inputs : separate terminals for different inputs E-Manual: Installation Video for ease of Learning
Power Supply : 100-240V AC 47-63Hz
Area and Scope of Experimentation:
Satellite Downlink Receiver
Frequency : 4 channels in 2.4 to 2.5 Ghz band * To set up an active & passive satellite communication link
PLL Controlled ISM Band and study their difference. To study the communication
RF Input Z : 75 Ohms Unbalanced satellite link design: process of transmitting a signal to a
Sensitivity : -80dBm satellite (UPLINKING), reception of same signal via
Audio 1out : Speaker inbuilt/output satellite (DOWN LINKING) and functioning of
Audio 2 out : Speaker inbuilt/output transponder of a satellite.
Video Out : 5MHz, 1V p/p * To measure the baseband analog signal parameters in a
Digital : Max rate 100KHz typical TTL satellite link.
RSSI Out : Received signal strength output for * To measure the signal parameters in an analog
C/N measurement FM/FDMTV Satellite link.
IF : 479.5MHz * To study the functionality of a satellite MODEM.
Antenna : Detachable Parabolic dish with mount * To study the phenomenon of Linear polarization.
Demodulation : receives & demodulates 3 signals * To measure the C/N ratio.
simulataneously * To measure the S/N ratio.
Power Supply : 100-240V AC 47-63Hz * To study the effect of fading and measure the fading
margin of a received signal.
Dimension : 55X34X36 cms. Weight : 12 Kg * To measure the digital baseband signal parameters
Warranty: 3 yrs. in a satcom link.

91-120-4371276, 91-9811839949, 91-9810193153

DOPPLER RADAR TRAINING SYSTEM DXR10

Features:
* 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

Amitec DXR10 Technical Specifications

Microwave Transceiver:
Type : MMIC tranciever with parabolic
dish antenna.
Antenna Size : 25cm dia with f/d 0.25
Frequency : 10.3 GHz DRO stabilized
Output Level : 0 dBm typical
Sensitivity : -70dBm typical
Output : PC Compatible
Power Supply : 100-240V, 47-63 Hz

Software:
Speed Display : Display in km/hr,miles/hr,
m/s, rpm, event, Khz List of experiments:
Frequency set : gate time selectable from 10 ms to * To investigate the fundamental concepts of Doppler
1000ms and frequency threshold radar.
selectable from 1mV to 1000mV * To setup radar and tune it for best performance.
* To measure speed of a fan.
Oscilloscope * To detect the presence of a hidden Time Bomb with the
Oscilloscope : Real time with digital storage help of a Doppler radar.
Display setting : Both X and Y position adjustable * To find out the Time period and frequency of a moving
Volts/div : Adjustable Pendulum for different lengths.
Time Base : Adjustable * To actuate the opening of a door, Traffic signal, Intrusion
Trigger : Auto alarm etc. with the help of a radar.
* To measure the units of items being produced in an
Fast Fourier transform assembly line production unit.
FFT : Real time Simultaneous speed * To determine the presence of moving plasma from one
and frequency display with cursor electrode to other in a Tube light.
measurement * To detect the presence of transformer hum and find its
Scanwidth : Selectable in steps frequency.
* To measure the variable speeds of moving objects
Settings using Velocity simulator.
Activity Log : User defined Start and Stop Event * Calibration of Doppler radar using tuning fork.
Display : Peak to peak voltage display * To study the reflective, absorptive and transmissive
Annunciation : audio & visual properties of materials using radar and velocity simulator.
Alarm : Adjustable threshold with * To find the speed of a moving object with Doppler radar
Event counting : With reset to zero from different angles.
Speed Factor : User settable Hz/(Km/hr) * To find the speed of a moving object approaching or
Counter : In built frequency counter in GUI receding away from radar from different-different angles
Audio in/out : Volume settings; alarm On/Off * To estimate the size of a moving objects using Radar
Settings * To measure the distance traveled using Radar.
Accessories : Tuning Fork, Buzzer, Turbine Fan, * To find out the presence of a Pedestrian and manage
Pendulum, Reflector Panel Traffic till he walks away.
* To find out the presence of an aero plane with the rotation
Moving Target Emulator: of the turbine of its engine as used by Air Force.
Range : 0 to 1000km/hr * To study the use of radar in detecting respiration and heart
beating.
* Study of climatic conditions of atmosphere cyclones,
E-Manual: Installation Video for ease of Learning Clouds, tornado using a Doppler radar.
Warranty: 3 yrs.

91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE TRAINING SYSTEM MWL10

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

Technical Specifications
1 Micrometer tunable Gunn Oscillator
Frequency range X band (8.5-11.5 GHz)
Power output 10 mW
Calibration chart steps of 100 Mhz

2 PIN Diode Modulator
S12 off 10dB
S12 on 2dB
13 Solid dielectric Cell
3 Isolator
S12 20dB 14 Liquid Dielectric Cell
S21 1dB
15 Phase Shifter

4 Calibrated Frequency Meter
Accuracy 1% 16 E plane Tee

5 Calibrated Variable Attenuator 17 H Plane Tee
S12 1 to 20dB variable

18 Magic tee
6 Fixed Attenuator
S12 6dB
19 M.H.D. Coupler
Coupling 10dB
7 Slotted Line with Matched Probe Directivity 30dB
Resolution 0.1mm

20 Circulator
8 Matched Detector Mount S12 20dB
Sensitivity -10dBm at 10 Ghz / 100mV dc S21 1dB

9 Fixed Short 21 Waveguide Stand - 5 nos

10 Rectangular Waveguide
22. Manual Antenna rotator

23. Horn Antenna
11 Matched Termination - 2nos
S11 >25dB

12 S.S. Tuner with Micrometer
Resolution X Y0.1mm 24. Reflector Panel

91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE TRAINING SYSTEM MWL10

25 Waveguide coax adapter E-Manual: Installation Video for ease of Learning

26 X band Coaxial cable Related Equipment : Microwave Antenna Training System
MAT10
27 Movable Short
EXPERIMENTS:
28 Digital Gunn Power Supply 1. Introduction to waveguide components.
Voltage 2-10 V/500mA 2. Gunn oscillator
PIN Mod 900-1100Hz/0-10V i) Measurement of current vs. voltage characteristic of
RS 232 port PC comm. Gunn
MIC input Audio comm. 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.
29 SWR Meter square Law 4. Propagation modes, wavelength and phase velocity in a
Frequency 1KHz waveguide.
Bandwidth 100Hz i) Measurement of frequency of source.
Sensitivity 10uV ii) Measurement of free space & guide wavelength and
Rs232 port PC interface verify waveguide law.
Demod. Out For audio communication; builtin 5. Q and bandwidth of resonance cavity.
Speaker i) Measurement of Q using power meter technique.
ii) Measurement of Q using SWR method.
30 X band Spectrum Analyser Downconverter module 6. Power Measurement
Spectrum Analyser X Band i) Direct Power Measurement
Features: ii) Measurement of Power using Directional Coupler.
* X Band measurement range iii) Measurement of conjugate and Zo power.
* Low cost with high performance iv) Measurement of power of modulated signal.
* Shows Gunn, Klystrons, Magnetrons, DRO’s etc. 7. VSWR and Reflection Coefficient by Standing wave and
AM and FM modulation Double Minimum Method
* Relative power & VSWR measurement i) Measurement of low and medium range SWR.
* Observe Spurious outputs of Gunn, Klystron ii) Measurement of high range SWR.
* Observe leakage in waveguide Flanges iii) Measurement of high SWR using a calibrated
* Gain, coupling, loss measurement attenuator.
8. Impedance Measurement
31 X band Microwave Power Meter XPM10 with X band i) Measurement of unknown Impedance of load with
source smith chart.
Amitec Microwave Power Meter XPM10 ii) To match an unknown impedance.
Features: 9. Waveguide Hybrid( Magic) Tee
i) Measurement of Power division or Decoupling
POWER METER between H-arm and E- arm of a Magic Tee.
Frequency range : 8.2GHz to 12.4 Ghz ii) Measurement of Insertion loss of a Magic Tee.
Display : 16X2 Backlit LCD iii) Measurement of Return Loss of H arm of a Magic
Power : +20dBm to -30dBm Tee.
Measurement : dBm, dBr, mW, dBW, dBuW vi) Measurement of VSWR of ports of Hybrid (Magic) Tee
With Digital Display 10. Properties of Directional Coupler
Resolution : 0.1, 0.5 and 1dB i) Measurement of coupling factor.
Offset : For relative measurement ii) Measurement of directivity.
Level Indicator : Digital display and Bar Graph iii) Measurement of return loss of a load.
Power : 100-240VAC, 47-63 Hz iv) Measurement of Main line insertion loss.
v) Measurement of VSWR of ports.
POWER SENSOR 11. Fixed and Variable Attenuator
Frequency Range : 8.2GHz to 12.4 GHz i) Measurement of attenuation using the Power Ratio
Power range : +20dBm to -30dBm method.
Compensation : Te m p e r a t u r e c o m p e n s a t e d ii) Measurement of attenuation using the substitution
thermistor method.
Cable : Sensor/meter cable 3m iii) Measurement of low values of attenuation.
Iv) Measurement of VSWR and Insertion Loss.
MICROWAVE SOURCE v) Measurement of Insertion Loss of attenuator.
Frequency : 10.3 Ghz typical 12. To study a cavity resonator type frequency counter.
Power level : 1mW typical 13. To study wave guide to coax transition.
14. To establish a Microwave audio & PC-PC
Dimensions: 58X52X44cms Weight: 27Kgs communication link.
Warranty: 3 yrs.
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE INTEGRATED CIRCUIT LAB MIC20

Amitec Microwave Integrated Circuit Lab MIC 20

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.

Features:
* 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.
Amitec MIC20 Technical Specifications:
* Shock/Drop resistant Sensor.
Active Circuits: Microwave Amplifier & Switches
Amitec MIC20 Technical Specifications: 1 MMIC Amplifier: Gain = 10dB
2 SPST PIN diode switch: Isolation = 10dB
Microwave Source Passive Circuits: Power divider
Microwave Source : 2 GHz to 4GHz 3 Wilkinson Equal Power Divider: cf = 3Ghz
Frequency Display : LCD 4 Wilkinson Unequal Power divider: cf = 3Ghz
Power level : 10dBm typical Coupler
Output Impedance : 50 Ohms 5 Quadrature hybrid/Branchline Coupler: cf = 3GHz
Power Supply : 100-240VAC, 47-63 Hz 6 Folded Lange Coupler: coupling = 6dB, cf = 3GHz
7 Unfolded Lange Coupler: coupling = 6dB, cf = 3GHz
Microwave Power meter 8 180 deg. Rat-Race Hybrid Ring Coupler: cf = 3GHz
Frequency range : 10MHz to 12.4 Ghz 9 Coupled line Coupler: coupling=20dB, cf = 3 GHz
Display : 16X2 Backlit LCD Filters
Power range : -30dBm to +20dBm 10 Low Pass filter: fco = 3Ghz, S12 at 4Ghz = 20dB
Resolution : 0.1, 0.5 and 1dB 11 Coupled Line Band pass filter Zo = 50 Ohms, cf = 3Ghz
Measurement : dBm, dBr, mW, dBW, dBuW Resonators
With Digital Display 12 Ring Resonator: cf = 3 GHz
Ranging : Auto-ranging 13 Half wave resonator: cf = 3GHz
Sampling : 1,10,100 readings per sec. Antennas
Relative Offset : +20.0 to -30.0dBm for 14 Patch Antenna: cf = 2.4GHz
relative measurement 15 Log Periodic Antenna: cf = 2-4 GHz
User setting : +3.0dB to -3.0dB in 0.1dB step Impedance Matching
Level Indicator : Bar Graph 16 Tapered Line transformer: 50 -100 Ohms, cf = 3 GHz
Power : 100-240VAC, 47-63 Hz 17 Matched Load
18 Mismatched load
Power Sensor Attenuator
Connector : SMA 19 Fixed attenuator PIN diode switchable
Frequency Range : 10 MHz to 12.4 Ghz 20 Variable attenuator PIN diode
Compensation : Temperature compensated
Thermistor Accessories: Termination X2, Short, SMA(M)-SMA(M)
Impedance : 50 ohms Adapters, SMA(F)-SMA(F) adapter, SMA(M)-SMA(M)
Maximum input : +20dBm RG316 cables, Attenuator 20dB, SMA connectors X5
Return Loss : 15dB at 12.4GHz
Cable : Sensor/meter cable 3m E-Manual: Installation Video for ease of Learning

Coaxial Slotted Line Area and scope of Experiments:
Frequency Range : 2-12.4GHz * Measurement of S11, S12, S21, S22 parameters of
Coupling : Adjustable All the components
Frequency sensitivity : 0.25dB * Substrate dielectric constant using ring resonator
Directivity : >20dB * Power division ,isolation and return loss
Insertion Loss : <1dB including coupled power characteristics of power dividers
Max VSWR Any port : 1.2 * Coupling and directivity of directional coupler
Connector : SMA * Low pass, band pass filter characteristics
* Antenna return loss measurement
Dimensions: 56X41X38cms Weight: 16Kgs
Warranty: 3 yrs.
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE INTEGRATED CIRCUIT ANALYSER MIC10

Features:
* 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

Technical Specifications:

PLL Synthesized Signal Source

Frequency range : 5-2000 MHz PLL synthesized
In 3 ranges
Step size : 0.05, 0.1, 0.25,0.5, 1, 10 & 100 MHz
Accuracy : 0.01%
Memory : 1000 individual frequencies
can be stored
RF Level : 110 dBuV max.
Attenuator : 40dB (external)
Output Z : 50 ohms

PLL Synthesized Receiver Active Circuits:

Frequency range : 5-2000 MHz PLL synthesized Microwave Amplifiers 1.MMIC amplifier
In 3 ranges
Step size : 0.05, 0.1, 0.25, 0.5, 1,10MHz Microwave Switches 2.SPST PIN diode switch
Accuracy : 0.01%
Display : 16X2 Backlit LCD Passive circuits:
Controls : Menu, Enter, Escape, Up & Down Antennas 3. Patch Antenna inset fed
Memory : 1000 individual frequencies & 4. Patch Antenna transformer fed
levels can be stored 5. Log Spiral antenna
Measurements : RF level measurement in dBuV 6. Log Periodic Dipole array
with 0.1dB resolution
Dynamic range : 110 dB (70dB logarithmic + Microwave Attenuators7.Fixed attenuator
40dB attenuator)
Input Z : 50 ohm Impedance Matching 8. Matched Load
RS232 interface : To PC for plotting software 9. Open stub
Auto mode : Interfacing with source 10. Short stub
11. Mismatch

Power Dividers 10. Wilkinson chip resistor type
11. Wilkinson w/o resistor

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

Microwave Resonators 14.Ring Resonator
15 Half wave resonator

Accessories: Termination, Short, RG316 cables, SMA
connectors X5


Warranty: 3 yrs.

Directional Coupler: Directional Coupler is provided with 2 Area and scope of Experiments:
GHz frequency response and 20dB directivity for antenna * Measurement of S11, S12, S21, S22 parameters of
forward & reverse power & VSWR. All the components
* Substrate dielectric constant using ring resonator
Software: Rs232 interface for plotting with log, linear * Power division ,isolation and return loss
cartesian and polar plots, Vi, Vr & Return Loss plots, Multiple characteristics of power dividers
pattern overlay, Double cursor, Zoom, Colour editing, 1000 * Coupling and directivity of directional coupler
location editor, Absolute/Relative, 3dB/10dB band-width, * Low pass, band pass filter characteristics
Gain, Front to back, Plot rotate, File- edit, save, get. * Antenna return loss measurement
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE TRAINER MWL05

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

Technical Specifications
1 Micrometer tunable Gunn Oscillator
Frequency range X band (8.5-11.5 GHz)
Power output 10 mW
Calibration chart steps of 100 Mhz

2 PIN Diode Modulator
S12 off 10dB
S12 on 2dB 19 Digital Gunn Power Supply
Voltage 2-10 V/500mA
3 Isolator PIN Mod 900-1100Hz/0-10V
S12 20dB RS 232 port PC comm.
S21 1dB MIC input Audio comm.

4 Calibrated Frequency Meter 20 SWR Meter square Law
Accuracy 1% Frequency 1KHz
Bandwidth 100Hz
5 Matched Detector Mount Sensitivity 10uV
Sensitivity -10dBm Rs232 port PC interface
At 10 Ghz / 100mV dc Demod. Out For audio link

6 S.S. Tuner with Micrometer 21. Dielectric Resonant MESFET Oscillator
Resolution X Y0.1mm X band Source, Freq 10.3GHz Fixed,
Power 1mW, Amplitude Modulation
7 Fixed Short
8 Calibrated Variable Attenuator
S12 1 to 20dB variable Dimension: 58 X544 X 28, Weight: 16 Kg, Warranty: 3 yrs.

9 Matched Termination List of Experiments:
S11 >25dB 1. Gunn oscillator
i) Measurement of current vs. voltage characteristic
ii) Measurement of Gunn oscillator power and voltage.
10 Slotted Line with Matched Probe iii) Measurement of Gunn frequency and voltage.
Resolution 0.1mm 2. Modulator and crystal detector
i) Operation of PIN diode modulator & crystal detector.
ii) Measurement of square law behavior of detector.
3. Propagation modes, wavelength and phase velocity
i) 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
11 M.H.D. Coupler Double Minimum Method
Coupling 10dB i) Measurement of low, medium, high SWR
Directivity 30dB 6. Impedance Measurement
i) Measurement of unknown Impedance of load
12 Magic tee ii) To match an unknown impedance.
7. Waveguide Hybrid( Magic) Tee
13 E plane Tee i) Measurement of Power division or Decoupling
between H-arm and E- arm of a Magic Tee.
14 H Plane Tee ii) Measurement of Insertion loss of a Magic Tee.
iii) Measurement of Return Loss of H arm of a Magic Tee
15. Horn Antenna vi) Measurement of VSWR of ports of Hybrid (Magic) Tee
8. Properties of Directional Coupler
i) Measurement of coupling factor, directivity, return loss
16 Waveguide Stand - 4 nos of a load, Main line insertion loss, VSWR of ports.
9. Fixed and Variable Attenuator
i) Measurement of attenuation using the Power Ratio
17. Manual Antenna rotator and substitution method
ii) Measurement of low values of attenuation.
Iii) Measurement of VSWR and Insertion Loss.
18. Reflector Panel 12. To study a cavity resonator type frequency counter.
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE POWER METER MPM20

Features:
* 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
e x p e r i m e n ts a n d a l l o w m e a s u r e m e n ts w i t h
MICROWAVE SOURCE
unprecedented accuracy. Frequency : 10.3 Ghz typical
Power level : 1mW typical
Amitec MPM20 Technical Specifications
POWER METER E-Manual: Installation Video for ease of Learning
Frequency range : 10MHz to 20 Ghz
Power range : -30dBm to +20dBm
Warranty: 3 yrs.
Measurement : dBm, dBr, mW, dBW, dBuW
with Digital Display
Resolution : 0.1, 0.5 and 1dB List of Experiments
Ranging : Auto-ranging 1.To learn different ways of measuring power.
Sampling : 1,10,100 readings per sec. 2.To evaluate the accuracy of the power measurements.
Relative Offset : +20.0 to -30.0dBm for 3.To plot the power output of Gunn/Klystron Oscillator with
relative measurement supply voltage.
User setting : +3.0dB to -3.0dB in 0.1dB step 4.To plot the power output of a Gunn/Klystron Oscillator with
Level Indicator : Bar Graph frequency.
Recorder output : For CRO interface 5.Study of square law modulation and square law
PC interface : RS232 serial port characteristics of a crystal detector.
Power : 100-240VAC, 47-63 Hz 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
POWER SENSOR variable attenuator.
RF Connector : N (M) 18.To measure the attenuation of a fixed attenuator.
19To measure the input SWR of attenuator.
Impedance : 50 ohms 20.To measure the gain of a pyramidal horn.
Frequency range : 10MHz to 20GHz 21.To plot the E and H Plane polar pattern of a antenna and
Maximum input : +20dBm compute the beamwidth.
Return Loss : 20dB upto 12.4GHz 22.To measure the coupling coefficient of a waveguide E &
: 15dB upto 20GHz H Plane Tee.
Compensation : Temperature compensated 23.To measure the isolation of a waveguide E& H plane Tee.
thermistor 24.To measure the input VSWR of a E & H plane Tee.
Cable : Sensor/meter cable 3m 25.To study the operation of ferrite circulator and measure
Adapter : N(M) -N(M), N-SMA, its insertion loss.
26.To measure isolation of a ferrite circulator.
N-BNC, X-band waveguide 27.To measure the cross coupling of a circulator.
to coax adapter 28.To study the variation of characteristics of ferrite
circulator with frequency.
91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE POWER METER XPM10

Features:
* 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

Amitec XPM10 Technical Specifications

POWER METER
Frequency range : 8.2GHz to 12.4 Ghz
Power : +20dBm to -30dBm
Measurement : dBm, dBr, mW, dBW, dBuW
With Digital Display
Resolution : 0.1, 0.5 and 1dB
Offset : For relative measurement
Level Indicator : Digital display and Bar Graph
Power : 100-240VAC, 47-63 Hz 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.
POWER SENSOR 8To calculate the relationship between Q and bandwidth of
Frequency Range : 8.2GHz to 12.4 GHz resonance cavity.
Power range : +20dBm to -30dBm 9.To measure the insertion loss of the waveguide.
Compensation : Te m p e r a t u r e c o m p e n s a t e d 10.To measure the insertion loss in the main line of a
thermistor directional coupler.
Cable : Sensor/meter cable 3m 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.
MICROWAVE SOURCE 22.To measure the coupling coefficient of a waveguide E &
Frequency : 10.3 Ghz typical H Plane Tee.
Power level : 1mW typical 23.To measure the isolation of a waveguide E & H plane
Tee.
24.To measure the input VSWR of a E & H plane Tee.
E-Manual: Installation Video for ease of Learning 25.To study the operation of ferrite circulator and measure
its insertion loss.
Dimensions: 58X41X18cms Weight: 6Kgs 26.To measure isolation of a ferrite circulator.
Warranty: 3 yrs. 27.To measure the cross coupling of a circulator.
28.To study the variation of characteristics of ferrite
circulator with frequency.

91-120-4371276, 91-9811839949, 91-9810193153

MICROWAVE SIGNAL GENERATOR MSG10

Amitec Microwave Signal Generator MSG10 Amitec MSG10 Technical Specifications:

Amitec Model MSG10 Microwave Signal generator is a Model Frequency Band
modular source designed using the state of the art technology
for testing of equipment in 1 GHz to 18 GHz band. It consists RFS10 : 10 Mhz - 1.1 Ghz on fundamental
of individual L, S, C, J, X, Ku and K Band Signal Sources.
Hence several such instruments will cover 1-18 GHz band in MSG10L L : 1-2GHz on fundamental
octave bandwidths. This results in lower cost and user can
procure only the desired frequency bands. MSG10S S : 2-4GHz on fundamental
The output signal can be frequency and amplitude modulated
with internal and external signals. The frequency of output MSG10C C : 4-6GHz on fundamental
signal can be adjusted continuously with coarse and fine
control and displayed on a LCD. Very low leakage enhances MSG10J J : 6-8 GHz on fundamental
the usable low amplitude signal range and low harmonic
contents puts it in a higher class of sources for EMI EMC MSG10X X : 8-12GHz on fundamental
compliance.
MSG10Ku Ku : 12-18GHz fundamental

Amitec MSG10 Features: MSG10K K : 18-26GHz fundamental

* FM/AM Internal/ External Facility Common Features
Freq. Indication : LCD readout
* Frequency Coverage from 1GHz to 18GHz in 6 RF output : 0 dBm
instruments Attenuator : external
Impedance : 50 Ohms nominal
* Digital frequency Readout AM : For use with VSWR meter
FM : 0 to 5MHz deviation
* Very Low Cost Modulation : 1 KHz internal/External
Power Supply : 220V + 10% 50 Hz AC
* Research/Education/EMI/EMC usage Accessories : SMA-SMA Cable, N-SMA Adapter,
Attenuator 20dB
* Very low leakage and harmonics
* AM/FM for communication usage
Warranty: 3 yrs.

91-120-4371276, 91-9811839949, 91-9810193153

RF TRAINING SYSTEM RFT01

RF TRAINING SYSTEM RFT01 Technical Specifications: Filter type : Butterworth 7th order
1. RF Tuned Amplifier Module: Cut off freq. : 350 MHz typical
Center freq. : 100-150 MHz typ. varactor tuned D. RFT-06-B2 Low Pass Filter Module:
2. RF Oscillators: Filter type : Chebyshev 7th order
a. RFT-02-A Colpitts RF Oscillator Module: Cut off freq. : 350 MHz typical
Frequency : >100 MHz typical e. RFT-06-C1 Band Pass Filter Module:
b. RFT-02-B Hartley RF Oscillator Module: Filter type : Butterworth 5th order
Frequency : >100 MHz varactor tunable F1 & F2 : 100 & 350 MHz typical
c. RFT-02-C Clapp RF Oscillator Module: F. RFT-06-C2 Band Pass Filter Module:
Frequency : >100 MHz varactor tunable Filter type : Chebyshev 5th order
d. RFT-02-D Pierce RF Oscillator Module: F1 & F2 : 100 & 350 MHz typical
Frequency : 48.25 MHz g. RFT-06-D Notch Filter Module:
3. RF Crystal Oscillators: Center freq. : 350 MHz nominal
a. RFT-03-A Feedback Crystal Oscillator Mod.:
Frequency : 10 MHz typical E-Manual: Installation Video for ease of Learning
b. RFT-03-B Colpitts Crystal Oscillator module:
Frequency : 38.9 MHz typical List of experiments:
1. To measure the center frequency of RF tuned amplifier.
c. RFT-03-C Butler Crystal oscillator module: 2. To measure the gain of RF tuned amplifier module.
Frequency : above 80 MHz 3. To measure the bandwidth of RF tuned amplifier.
d. RFT-03-D Crystal frequency multiplier mod.: 4. To measure the variation of center frequency with tuning
2nd harmonic : >10dB fundamental 5. To measure the 1dB compression of RF amp.
4. IF Amplifiers: 6. To measure the frequency of RF oscillator.
a. RFT-04-A FM IF amplifier module: 7. To measure the output power level of RF oscillator.
Center freq. : 10.7 MHz 8. To measure the frequency and level of various harmonics
9. To observe the effect of capacitive feedback ratio
b. RFT-04-B TV VIF amplifier module:
10. To observe the effect of voltage on frequency, level, harmonics
Center freq. : 36.15 MHz 11. To measure the frequency of RF crystal oscillator.
c. RFT-04-C Satellite IF amplifier module: 12. To measure the level of RF crystal oscillator.
Center freq. : 479.5MHz typical 13. To measure the harmonics of RF crystal oscillator
5. RF Mixers: 14. To measure the frequency pulling characteristic of RF crystal osc
a. RFT-05-A Single ended Diode Mixer: 15. To measure the phase noise of RF oscillator.
LO /RF freq. : 500-1000 MHz typical 16. To measure the center frequency of IF amplifier.
b. RFT-05-B Single Balanced Diode mixer: 17. To measure the gain of IF amplifier modules.
18. To measure the bandwidth of IF amplifier modules.
LO/RF freq. : 25-500 MHz typical
19. To measure the 1dB compression of IF amplifier
c. RFT-05-C Double balanced diode mixer: 20. To measure conversion gain/loss for mixer.
RF / LO freq. : 500-1000 MHz typical 21. To measure the 1dB compression level for mixer.
d. RFT-05-D Transistor Mixer Module: 22. To measure the LO/RF, LO/IF isolation for mixer.
LO input typical : 400-600 MHz 23. To measure the optimum LO drive level for minimum
Conversion gain : +3dB distortion/conversion loss for mixer.
6. RF Filters: 24. To measure the dynamic range for mixer modules.
a. RFT-06-A1 High Pass Filter Module: 25. To measure VSWR of mixer RF /LO /IF ports.
26. To measure the LO/RF frequency range of mixer.
Filter type : Butterworth 7th order
27. To measure the IF frequency range of mixer.
Cut off freq. : 350 MHz typical 28. To measure the insertion loss of RF filter.
b. RFT-06-A2 High Pass Filter Module: 29. To measure the pass band and stop band frequency
Filter type : Chebyshev 7th order 30. To measure the cut off frequency of RF filters.
Cut off freq. : 350 MHz typical
c. RFT-06-B1 Low Pass Filter Module: Dimensions: 56X41X18 cm Weight: 7 kg. Warranty: 3 yrs.
91-120-4371276, 91-9811839949, 91-9810193153

Amitec RF and Microwave Product catalog

Amitec RF and Microwave Product catalog

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Amitec RF and Microwave Product catalog