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Microwave Lab Equipment and Kits
Compact Microwave Labkit Type MW-1001
Compact Microwave Labkit Type MW-1001 Image

 

Following Experiments can be performed using this training kits.

  • To study the Characteristics of Reflex Klystron.
  • To study Frequency, Guide Wavelength & free Space Wavelength.
  • To measure the SWR & Reflection Coefficient.
  • To measure Impedence of a load.
  • This is the basic Microwave test bench using klystron Source.

Compact microwave training kits VX-2001 consists of the following Components & Instruments :-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Slotted Section 1
Tunable Probe 1
Detector Mount 1
Movable Short 1
Matched Termination 1
VSWR Meter, Solid State 1
Waveguide Stands 4
Slide Screw Tuner 1
Cooling Fan 1
BNC to BNC Cable 1
BNC to Open Cable 1
Fixed Short 1
Frequency meter
Frequency meter Image

Direct Reading Type

  • Direct reading frequency meter are absorption type frequency meter to give direct frequency on the dial provided. These are recommended for use whenever quick determination of frequency and easy readings are desired in laboratory and production testing.
  • These consists of a section of waveguide connected to a tunable resonant cavity of high Q. The cavity absorbs some power at resonant frequency. These are designed to have 5 MHz resolution & off resonance VSWR of 1.01.

 

Model No MW-3031 MW-3032 MW-3033 MW-3034 MW-3035 MW-3036
Frequency Range (Ghz) 3.95-5.8 5.85-8.2 8.2-12.4 12.4-18.0 18.0-26.0 26.0-40.0
Waveguide Type (WR-) 187 137 90 62 42 28
Flange Type (UG-/U) 149A 344 39 419 595 599
Microwave power meter MW- 2016
Microwave power meter MW- 2016 Image

 

  • Model MW-2016  is an Automatic Self Balancing Power Meter 0-18 GHz. It measures RF Power with the help of temperature compensated Thermistor Mount from 10;uW to 10mW full scale with 1 % accuracy from 10 MHz to 40 GHz (depend upon type of Thermistor Mount).
  • With calibration factor control switch, MW-2016 normalizes the Power Meter reading to compensate the efficiency of used Thermistor Mount.
  • MW-2016 has provision for substitution measurements and Power Meter calibration. Output is provided for recorder or Digital Voltmeter readout.

 

Specification:

 

Instrument Type Model MW-2016 , Digital Power Meter
Power Range Four Ranges With Full Scale Readings of 10uW, 1 00u.W, 1mW and 10mW
Accuracy ± 1 % of fullscale on Milliwatt range And ± 2.5% on Micro Watt Range
Fine Zero Automatic, operated by Front Panel Switch
Zero Carryover Less than 0.5% of fullscale when zeroed on most Sensitive Range
Calibration 1 1 -position Switch normalizes Meter Factor Control Readings to account for Thermister Range
Recorder Proportional to indicated Power with output 1 Volt corresponding to fullscale 1 kOhm output Impedance.
Bridge Ouput (VRF and VComp), Direct Connection to Thermistor Bridges: Used in Calibration and Precision power measurement
POWER 230v  ± 10% AC 50Hz, 10 Watts
SIZE 20x15x25 cm
Standard Accessories (i) Mains Cable – 1 No.

(ii) Spare Fuse – 2 Nos.

(iii) Instruction Manual -1 No.

Optional Accessories (i) Connecting Cable for Thermistor Mount at AT-211 B is available on extra cost.

(ii) Temperature compensated Thermistor Mount Model: HP-8478B, 10MHz – 18 Ghz (Make Agilient or else) may be supplied.

GUNN oscillator
GUNN oscillator Image

 

  • These Gunn oscillator are solid state microwave energy generators. These consists of waveguide cavity flanged on one end and micrometer driven plunger fitted on the other end. A gunn-diode is mounted inside the waveguide with BNC (F) connector for D.C. Bias.
  • Each Gunn Oscillator is supplied with calibration certificate giving frequency Vs. micrometer reading at 200MHz intervals.

 

Model No. Frequency Range (Ghz) Min. Output  Power (mW) Waveguide Type (WR-) Flange Type (UG-/U)
 MW-3001 4.4-4.9 10 187 149 A
 MW-3002 6.5-7.5 10 137 344
MW-3003 8.6-11.6 10 90 39
 MW-3004 12.6-15.5 10 62 419
 MW-3005 20.0-24.5 10 42 595
 MW-3006 34.0-36.0 10 28 599
GUNN power Supply MW- 2022
GUNN power Supply MW- 2022 Image

 

GUNN power Supply MW- 2022

  • Model MW- 2022 Gunn Power Supply has been designed to operate high frequency Gunn Oscillators and where PIN Modulators are not available, In this supply variable frequency square Wave modulation is provided on the bias supply itself.
  • Front panel digital meter reads the Gunn Bias Voltage and the current drawn by the Gunn-Diode through a switch.
  • This consists of a regulated D.C. power supply 2.0 to 1 2.0 V variable and a square wave generator of variable frequency 850 to 1150 Hz.

 

Specification:

 

Model No. MW- 2022
Gunn Bias Voltage 1 to 1 2 V
Current 0 to 1.0 A
Regulation 0.2% for ± 1 0 mains variation
Modulation Selector Switch CW& INT.
Modulation Frequency 850 to 11 50 Hz square-wave
Output Connector BNC (F) for Gunn Bias
Digital Panel Meter Read Gunn bias voltage & current drawn
Mains 230 V, 50 Hz 35 Watts
Std. Accessories i) Mains Cable (1 No.)

ii) Coax. Cable BNC to BNC (1 No.)

iii) Spare Fuse (2 Nos.)

iv) Instruction Manual (1 No.)

GUNN power supply MW-2025
GUNN power supply MW-2025 Image

 

  • Model MW-2025 Gunn Power Supply comprises of regulated D.C. power supply and a square wave generator, designed to operate Gunn-Oscillator etc. and Pin-Modulator model 451 simultaneously.
  • The D.C. Voltage is variable from 0 to 12.0 volts. The front-panel digital meter monitors the Gunn voltage and the current drawn by the Gunn-diode.
  • The square waves of generators is variable from 0 to 1 0 Volts in amplitude and from 850 to 1150 Hz in frequency.
  • The power supply has been so designed to protect Gunn diode from reverse voltage application, over transient and low frequency oscillations by the negative resistance of the Gunn-diode.

Specification

Model No. X-110
Gunn Bias Voltage 0 to 12 V
Current 0 to 1.0 A (Max.)
Regulation 0.2% for ± 10% mains variation
Ripple 2 mv (rms)
Modulation Frequency 850 to 11 50 Hz, Square wave
Mod. Amplitude 0 to 10.0 V (peak to peak)
Output Connectors BNC (F) for Gunn Bias UHF (F) for Pin-mod.
Mains Supply 230 V, 50 Hz, 25 watts approx.
Standard Accessories (i) Mains Cable ( 01 No.)

(ii) Coax. Cable BNC to BNC (01 No.)

(iii) Coax. Cable BNC to UHF (01 No.)

(iv) Spare Fuses (02 Nos.)

(v) Instruction Manual (01 No.)

KLYSTRON Power Supply solid state MW- 2030
KLYSTRON Power Supply solid state MW- 2030 Image

KLYSTRON power supply solid state MW- 2030

Klystron power supply, Model MW – 2030 is a state of art solid state solid state, regulated power supply for operating low power klystrons.

Feature

  • Regulated beam supply, Repeller and Filament supply voltages.
  • Overload TRIP protection for beam supply output.
  • LED digital metering for beam voltage, current and repeller voltage.
  • Standby mode.
  • Ultra compact and reliable.
  • Modular construction for easy maintenance.

In addition to AM and FM modulation of Beam Current a provision for externally modulating the klystron supply with desired signal waveform has been provided. A carefully handling of instrument will provided years of trouble free service.

 

Specifications

Input Voltage 230VAC, ±10%, 50 Hz
Beam Supply Voltage : 240- 400 Vdc, Variable Current : 50 mA
Regulation : 0.5% for 10% I/P variation Ripple: <5mv RMS
Repeller Supply 10-270 Vdc, Variable Regulation : 0.25% for 10% I/P variation
Filament Supply 6.3V dc
Over-load Trip Current 65 mA
Modulation
Frequency Range
Amplitude
External
AM (Square)           FM (Saw -Tooth)
500-2500 Hz          150-300 Hz
0-110 V                     0-65 V
Through external Modulating Signal
Display Digital display for (1) Beam voltage

(2) Beam Current,
(3) Repeller Voltage

Standby Mode Only Heater Supply ON
Connectors (1) 8-Pin Octal Socket for Klystron,

(2) BNC (F) for external Modulation
(3) 2-Pin Socket for Cooling Fan

(4) BNC (F) for Saw-tooth Monitoring

Mechanical Dimensions 26.5(L) X 13(H) X 20(D) Cms Weight – 5.6 kg
Standard Accessories i) Mains Cable (1 No.)
ii) Coaxial Cable BNC – BNC (1 No.)
iii) Spare Fuses (2 Nos.)
iv) Instruction Manual (1 No.)
SWR Meter MW- 2035
SWR Meter MW- 2035 Image

The SWR meter or VSWR (voltage standing wave ratio) meter measures the standing wave ratio in a transmission line. The meter can be used to indicate the degree of mismatch between a transmission line and its load, or evaluate the effectiveness of impedance matching efforts.

 

Specifications

Input Power Supply 220 VAC ±10%, 50 Hz
Input Connector BNC(F)
Amplifier type High gain tuned at 1kHz
Input Frequency 1000Hz ± 2%
Bandwidth(3db) 50Hz
Input Selector Xtal High (200KΩ) impedance

Xtal Low (200Ω) impedance

Bolo 200 Ω, 4.5 mA Bias

Bolo 200 Ω, 8.7 mA Bias

Sensitivity <1 uV for full scale deflection at xtal low/Bolo position
Range Over 70db (60db in 10db steps, 10db through coarse adjustment, 2db through fine adjustment)
Accuracy ± 0.2 db per 10 db step
Meter Scales SWR 1-4, SWR 3-10 Expanded SWR 1-1.3 db Expanded db 0-2
Mode Normal/Expanded
Gain Control Coarse adjustment 10db minimum

Fine adjustment 2db minimum

Recorder output Through BNC(F) connector
Recorder output level 1V for full scale deflection of meter
Mechanical dimensions 26(L) X 13(H) X 20.4(D) cms
Weight 2.7 kg
Standard Accessories         i.            Mains Cable (1 )

ii.            Coaxial Cable BNC-BNC (1)

iii.            Spare fuses (2)

iv.            Instruction Manual

Solid State VSWR MW – 2038
Solid State VSWR MW – 2038 Image

 

  • Model MW – 2038 is a calibrated high gain amplifier tuned at one frequency to be used for measurement of VSWR, impedance and relative power levels. The meter indicates the signal level in proportion to the input, which is calibrated directly in VSWR and db.
  • Input Selector Switch is provided for NORMAL and EXPAND range.

 

Specification:

Amplifier type High gain tuned at one frequency.
Frequency 1000 Hz ± 2%.
Sensitivity 0.1 microvolt at 200 ohms for full scale.
Band-width 25-30 Hz.
Noise-level Less than 0.02 microvolt.
Range 70 db min. in 10 db steps.
Accuracy ± 0.15 db on one range.
Meter-Linearity 1% of full scale.
Scale-Selector Normal, Expand.
Gain-Control ‘Coarse’ & ‘Fine’.
Input BNC (F), 200 ohms impedance
Mains Power 230 V, 50 Hz
Standard Accessories i) Instruction Manual (1 No.)

ii) Mains Cord (1 No.)

iii) Coax, cable BNC to BNC (1 No.)

iv) Spare Fuse (2 Nos.)

Variable attenuator
Variable attenuator Image

Waveguide Type

  • These are simple and conveniently variable type set-level attenuators to provide at least 20db (15 db in V&W Bands) of continuously variable attenuation.
  • These consists of a movable lossy vane inside the section of a waveguide by means of a micrometer. The configuration of lossy-vane is so designed to obtain the low VSWR characteristics over the entire frequency band.
  • These are meant for adjusting power level and isolating a source from the load etc.
Model No. Frequency Range (GHz) Max. VSWR Av. Power (watts) Max. Insertion Loss(db) Waveguide Type (WR-) Flange Type (UG- /U)
 MW-3008 1.7-2.6 1.1 10 0.2 430 CPR-430
MW-3009 2.2-3.3 1.1 10 0.2 340 CPR-340
 MW-3010 2.6-3.95 1.1 5 0.2 284 53
 MW-3011 3.3-4.9 1.1 5 0.2 229 CPR-229
 MW-3012 3.95-5.85 1.1 5 0.2 187 149A
 MW-3013 4.9-7.05 1.1 5 0.2 159 CPR-159
 MW-3014 5.85-8.2 1.1 3 0.2 137 344
 MW-3015 7.05-10.0 1.1 3 0.2 112 51
 MW-3016 8.2-12.4 1.1 2 0.2 90 39
 MW-3017 10.0-15.0 1.1 2 0.2 75 UDR/UBR 120
 MW-3018 12.4-18.0 1.1 1 0.3 62 419
 MW-3019 15.0-22.0 1.12 1 0.3 51 Square 30.1MM
 MW-3020 18.0-26.5 1.15 0.5 0.4 42 595
 MW-3021 26.5-40.0 1.15 0.5 0.4 28 599
 MW-3022 50.0-75.0 1.15 0.5 0.5 15 385
 MW-3023 75.0-110.0 1.15 0.5 0.5 10 387
Antenna & Wave Propagation Trainer Kit MW- 1013
Antenna & Wave Propagation Trainer Kit MW- 1013 Image

 

Following Experiments can be performed using this Training kit –

  • To understand basic setup & introduction of given system.
  • To study reflection in Microwaves.
  • To study refraction through prism.
  • To study polarization using microwaves.
  • To study Double-Slit Interference.
  • To study Lloyds Mirror.
  • To study Fabry-Perot Interferometer.
  • To study Michelson Interferometer.
  • To study Fiber Optics.
  • To measure Brewster’s Angle.
  • To study Bragg Diffraction using crystal lattic structure.

 

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Gunn Power Supply 1
Gunn Oscillator 1
Variable Attenuator 1
Horn Antenna 2
Goniometer / Turn Table 1
Receiver 1
Reflector Plates 2
Partial Reflector 2
Prism 1
Lattic Structure 1
Polyfoam sheet 1
Cooling Fan 1
BNC TO BNC Cable 1
Compact Microwave Labkit Type MW-1002
Compact Microwave Labkit Type MW-1002 Image

 

Following Experiments can be performed using this training kits –

  • To study characteristics of Gunn Diode.
  • To Study frequency, Guide wavelength & free space wavelength.
  • To measure the SWR & Reflection coefficient.
  • To measure Impedence of a load.

 

Compact microwave training kits consists of the following Components & Instruments :-

 

Experimental set up Contain Quantity
Gunn Power Supply 1
Gunn Oscillator 1
Pin Modulator 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Slotted Section 1
Tunable Probe 1
Detector Mount 1
Movable Short 1
Matched Termination 1
VSWR Meter, Solid State 1
Waveguide Stands 4
Slide Screw Tuner 1
Cooling Fan 1
BNC to BNC Cable 1
BNC to Open Cable 1
Fixed Short 1
Smith Chart of 100 Pcs. 1
Compact Microwave Labkit Type MW-1003
Compact Microwave Labkit Type MW-1003 Image

Following Experiments can be performed using this training kit –

To Plot the polar pattern & gain characteristics of following Antennas

  • Pyramidal Horn
  • Pick Up Horn
  • Slotted Wave Guide Antenna (Narrow & Broad -Wall)
  • Dielectric Antenna
  • Sectorial Horns (E & H – Plane)
  • Parabolic Dish
  • Heliax Antenna

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Detector Mount 1
VSWR Meter, Solid State 1
T-Circulator 1
Coaxial to W/G Adaptor 2
Coaxial Cable N to N 1
Waveguide Twist 1
Precision Movable Short 1
Waveguide Stand 4
Waveguide Bend, 90 degree 2
Cooling Fan 1
Radiation – Pattern Turn Table 1
Tripod Stand for Antenna 1
Various Type of Antenna
Standard Gain Horn 1
Pyramidal Wg. Horn 1
Pick up Horn 1
Broad Wall slot Antenna 1
Narrow Wall slot Antenna 1
Dielectric Antenna 1
E- Plane Sectoral Antenna 1
H- Plane Sectoral Antenna 1
Parabolic Dish 1
Helix Antenna 1
Compact Microwave Labkit Type MW-1004
Compact Microwave Labkit Type MW-1004 Image

 

Experiment Performed:

  • To measure the polar and linear pattern of Horn Antenna using microprocessor based turn table.

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1.
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1.
Microprocessor based Turn Table with Computer Interface for Polar pattern measurement 1
Pyramidal Horn Antenna 2
E-Plane Bend 2
Detector Mount 1
VSWR Meter, Solid State 1
Waveguide Stands 4
Cooling Fan 1
Wg with flanges, L = 15 cm 1
Optional Accessories
Pick-up Horn 1
Broad-wall slot Antenna 1
Narrow wall slot antenna 1
Dielectric Antenna 1
E- Plane Sectoral Horn 1
H- Plane Sectoral Horn 1
Parabolic Dish 1
Waveguide Twist 1
Precision Movable Short 1
Helix Antenna 1
Matched Termination 1
Compact Microwave Labkit Type MW-1005
Compact Microwave Labkit Type MW-1005 Image

 

Following Experiments can be performed using this training kit –

  • To measure dielectric constant of solids.
  • To measure dielectric constant of liquids.
  • To measure phase shift.
  • To measure “Q” of a cavity.

 

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Slotted Section 1
Tunable Probe 1
Detector Mount 1
Solid dielectric cell 1
Liquid  dielectric cell 1
VSWR Meter, Solid State 1
Waveguide Stands 4
Waveguide Cavity 1
Cooling Fan 1
BNC to BNC Cable 1
Precision movable short 1
Waveguide Phase Shifter 1
Solid Dielectric of Teflon, Nylon, Ebonite, Perspex & wax in 10, 20, 30 MM length each 1
Compact Microwave Labkit Type MW-1006
Compact Microwave Labkit Type MW-1006 Image

Following Experiments can be performed using this training kit –

  • To study Magic Tee, Directional Couplers, Isolators & Circulators.
  • To study the characteristics of detector diode.
  • To study Attenuation measurement.
  • To study the return loss measurement.

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Slotted Section 1
Tunable Probe 1
Detector Mount 1
Fixed attenuator 3, 6, 10 db 3
Magic Tee 1
Movable Shot 1
Waveguide Stand 4
Slide Screw Tuner 1
Cooling Fan 1
BNC to BNC Cable 1
Matched Termination 2
Multihole D. Coupler 3, 10, 20 db 3
Three port circulator, Y type 1
E- Plane Tee 1
H- Plane Tee 1
VSWR Meter Solid State 1
Compact Microwave Labkit Type MW-1007
Compact Microwave Labkit Type MW-1007 Image

 

 

Following experiments can be performed using this training kit –

  • To study Magic Tee, Directional Couplers, Isolators & Circulators
  • To study the Characteristics of detector diode.
  • To study Attenuation measurement.
  • To Study the return loss measurement.
  • To study the Characteristics of Gunn Diode.
  • To study Frequency, Guide Wavelength & free Space Wavelength.
  • To measure the SWR & Reflection Coefficient.
  • To measure Impedance of a load.
  • To study the Characteristics of Reflex Klystron.

 

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Fixed Attenuator 3,6,10 db 3
Detector Mount 1
Movable Short 1
Slotted Section 1
Tunable Probe 1
 VSWR Meter, Solid State 1
Waveguide Stands 4
Slide Screw Tuner 1
Cooling Fan 1
BNC to BNC Cable 1
Matched Termination 2
Multi hole D. Coupler  3,10,20 db 3
Three Port Circulator, Y- Type 1
E-Plane Tee 1
H- Plane Tee 1
Magic Tee/ E-H Tee 1
Gunn Power Supply 1
Gunn Oscillator 1
Pin Modulator 1
Fixed Short 1
Smith Chart of 100 Pcs. 1
Compact Microwave Labkit Type MW-1008
Compact Microwave Labkit Type MW-1008 Image

 

Experiment Performed

  • To Study the Faraday Rotation Effects and its properties.

 

Compact microwave training kits consists of the following Components & Instruments:-

 

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Isolator 1
Frequency Meter, Direct Reading Type 1
Variable Attenuator 1
Faraday Rotation Setup consist of following components :-

a)      Circular to Waveguide Transition

b)      Round Waveguide with Magnetic Coil

c)      DC Power Supply

d)     Ferrite Fitted inside the round Waveguide

e)      Round Waveguide Stands

f)       Rotary Joint, 1- Type

 

2

1

1

1

2

1

Detector Mount 1
VSWR Meter, Solid State 1
Waveguide Stands 1
Cooling Fan 1
Compact Microwave Labkit Type MW-1009
Compact Microwave Labkit Type MW-1009 Image

 

  • Microwave radiations are mono-chromatic, Plane Polarised and Coherent and they behave like waves. Many laboratory experiments in optics can be performed easily with simple microwave equipments, Reflection, Refraction and polarization including to prove Bragg’s Law can be performed with this microwave Diffraction Spectrometer.
  • It consists of a Goniometer with one stationary and other rotatable arm. Each of these arms has to adjustable stands. These stands hold the transmitting horn on one end and the receiver horn on the other.
  • The Polyfoam containing the steel balls structure is kept in the center. A 0-360° found scale with a pointer is provided to read the position of rotatable arm.

 

Experiment Performed

  • To prove Bragg’s Law using Microwave Diffraction Spectrometer.

 

Compact microwave training kits consists of the following Components & Instruments:-

Experimental set up Contain Quantity
Klystron Power Supply 1
Klystron Mount 1
Klystron Tube 1
Variable Attenuator 1
Pyramidal Waveguide Horn 2
Detector Mount 1
Mechanical Turn Table with crystal Structure i.e. Diffraction Spectrometer 1
Waveguide Stands 2
Cooling Fan 1
Direct Reading Frequency Meter 1
Isolator 1
Coaxial to Waveguide Adapter 1
Coaxial Cable N to N 1
VSWR Meter 1
E - H TEE or Magic TEE
E - H TEE or Magic TEE Image

 

  • Model 3045 E-H Tee consists of a section of waveguide with both cseries and shunt waveguide arms, mounted at the exact mid point of main arm, Both ends of the section of waveguide and both arms are flanged on their ends.
  • These Tees are employed in balanced mixers, automatic frequency control circuits and impedance measurement circuit etc. This becomes a four terminal device where one terminal is Isolated from the input terminal.

 

Model No. Frequency Range (GHz) Waveguide type (WR-)
Flange type (UG-/U)
OM – 3045a 1.70-2.60 430 CPR-430
OM – 3045b 2.60-3.95 284 53
OM – 3045c 3.95-5.85 187 149A
OM – 3045d 5.85-8.20 137 344
OM – 3045e 8.20-12.4 90 39
OM – 3045f 12.4-18.0 62 419
OM – 3045g 18.0-26.5 42 595
OM – 3045h 26.5-40.0 28 599
OM – 3045i 50.0-75.0 15 385
OM – 3045j 75.0-110.0 10 387
Microwave Lab Equipment and Kits
Compact Microwave Labkit Type MW-1001 Image
Compact Microwave Labkit Type MW-1001
  Following Experiments can be performed using this training kits. To study the Characteristics of Reflex Klystron. To study Frequency, Guide Wavelength & free Space Wavelength. ... Read More
Frequency meter Image
Frequency meter
Direct Reading Type Direct reading frequency meter are absorption type frequency meter to give direct frequency on the dial provided. These are recommended for use whenever quick determination of frequency a... Read More
Microwave power meter MW- 2016 Image
Microwave power meter MW- 2016
  Model MW-2016  is an Automatic Self Balancing Power Meter 0-18 GHz. It measures RF Power with the help of temperature compensated Thermistor Mount from 10;uW to 10mW full scale with 1 % accuracy from 10 MHz to 40 GHz... Read More
GUNN oscillator Image
GUNN oscillator
  These Gunn oscillator are solid state microwave energy generators. These consists of waveguide cavity flanged on one end and micrometer driven plunger fitted on the other end. A gunn-diode is mounted inside the wavegu... Read More
GUNN power Supply MW- 2022 Image
GUNN power Supply MW- 2022
  GUNN power Supply MW- 2022 Model MW- 2022 Gunn Power Supply has been designed to operate high frequency Gunn Oscillators and where PIN Modulators are not available, In this supply variable freq... Read More
GUNN power supply MW-2025 Image
GUNN power supply MW-2025
  Model MW-2025 Gunn Power Supply comprises of regulated D.C. power supply and a square wave generator, designed to operate Gunn-Oscillator etc. and Pin-Modulator model 451 simultaneously. The D.C.... Read More
KLYSTRON Power Supply solid state MW- 2030 Image
KLYSTRON Power Supply solid state MW- 2030
KLYSTRON power supply solid state MW- 2030 Klystron power supply, Model MW – 2030 is a state of art solid state solid state, regulated power supply for operating low power klystrons. Feature... Read More
SWR Meter MW- 2035 Image
SWR Meter MW- 2035
The SWR meter or VSWR (voltage standing wave ratio) meter measures the standing wave ratio in a transmission line. The meter can be used to indicate the degree of mismatch between a transmission l... Read More
Solid State VSWR MW – 2038 Image
Solid State VSWR MW – 2038
  Model MW – 2038 is a calibrated high gain amplifier tuned at one frequency to be used for measurement of VSWR, impedance and relative power levels. The meter indicates the signal level in proportion to the input, wh... Read More
Variable attenuator Image
Variable attenuator
Waveguide Type These are simple and conveniently variable type set-level attenuators to provide at least 20db (15 db in V&W Bands) of continuously variable attenuation. These consists of a movab... Read More
Antenna & Wave Propagation Trainer Kit MW- 1013 Image
Antenna & Wave Propagation Trainer Kit MW- 1013
  Following Experiments can be performed using this Training kit – To understand basic setup & introduction of given system. To study reflection in Microwaves. To stu... Read More
Compact Microwave Labkit Type MW-1002 Image
Compact Microwave Labkit Type MW-1002
  Following Experiments can be performed using this training kits – To study characteristics of Gunn Diode. To Study frequency, Guide wavelength & free space wavelength. T... Read More
Compact Microwave Labkit Type MW-1003 Image
Compact Microwave Labkit Type MW-1003
Following Experiments can be performed using this training kit – To Plot the polar pattern & gain characteristics of following Antennas Pyramidal Horn Pick Up Horn Slotted ... Read More
Compact Microwave Labkit Type MW-1004 Image
Compact Microwave Labkit Type MW-1004
  Experiment Performed: To measure the polar and linear pattern of Horn Antenna using microprocessor based turn table. Compact microwave training kits consists of the follo... Read More
Compact Microwave Labkit Type MW-1005 Image
Compact Microwave Labkit Type MW-1005
  Following Experiments can be performed using this training kit – To measure dielectric constant of solids. To measure dielectric constant of liquids. To measure phase shift.... Read More
Compact Microwave Labkit Type MW-1006 Image
Compact Microwave Labkit Type MW-1006
Following Experiments can be performed using this training kit – To study Magic Tee, Directional Couplers, Isolators & Circulators. To study the characteristics of detector diode. To ... Read More
Compact Microwave Labkit Type MW-1007 Image
Compact Microwave Labkit Type MW-1007
    Following experiments can be performed using this training kit – To study Magic Tee, Directional Couplers, Isolators & Circulators To study the Characteristics ... Read More
Compact Microwave Labkit Type MW-1008 Image
Compact Microwave Labkit Type MW-1008
  Experiment Performed To Study the Faraday Rotation Effects and its properties.   Compact microwave training kits consists of the following Components & Ins... Read More
Compact Microwave Labkit Type MW-1009 Image
Compact Microwave Labkit Type MW-1009
  Microwave radiations are mono-chromatic, Plane Polarised and Coherent and they behave like waves. Many laboratory experiments in optics can be performed easily with simple microwave equipments, Reflection, Refraction ... Read More
E - H TEE or Magic TEE Image
E - H TEE or Magic TEE
  Model 3045 E-H Tee consists of a section of waveguide with both cseries and shunt waveguide arms, mounted at the exact mid point of main arm, Both ends of the section of waveguide and both arms are flanged on their en... Read More