معمل الدوائرالإلكترونية

Electronic circuits lab

60 م 2

1

وحدة اساسية

5

2

وحدة تغذية

4

3

جهاز رسم ذبذبات

4

4

مولد اشارات

3

5

افوميتر رقمى

6

6

kl-13007-electroniccircuit

 fundamental experiments module

4

وحدة أساسية

7

Kl-23001-clipping&clampingcircuits

4

عمل تعديل في شكل الإشارة

8

kl-23002-rectifier,differential&integratecircuits

4

توحيد إتجاه الموجة

9

kl-23003-transistoramplification circuits

4

عمل المكبرات باستخدام الترانزستور

10

kl-23004-field effecttransistor(FET) circuits

4

غلق وفتح الدائرة الكهربية

11

kl-23005-multistageamplifier circuits

4

دوائر تكبير متعدد المراحل

معمل الدوائر الرقمية

Digital Logic Lab

60 م ²

1

Kl – 33001 Basicgate Experiment Module

1

2

Kl – 33002 Combinational Logic Circuit Experiment Module  1

1

بوابة الـ (NOR)

3

Kl – 33003 Combinational Logic Circuit Experiment Module  2

1

بوابة الـ (NAND)

4

Kl – 33004 Combinational Logic Circuit  Experiment Module  3

1

بوابة الـ (XOR)

5

Kl – 33005 Combinational Logic Circuit  Experiment Module  4

1

بوابة الـ (AND - OR)

6

Kl – 33006 Combinational Logic Circuit  Experiment Module  5

1

دائرة المقارنة

7

Kl – 33007 Clock Generator Circuit  Experiment Module 

1

مولد ذبذبات دورية

8

Kl – 33008 Sequence Logic Circuit Experiment Module  1

1

S – R ) Flip Flop)

9

Kl – 33008 Sequence Logic Circuit Experiment Module  2

1

J – K ) Flip Flop)

10

Kl – 33010 Memory Circuit Experiment Module  1

1

دائرة تخزين (1)

11

Kl – 33011 Memory Circuit Experiment Module  2

1

دائرة تخزين (2)

12

Kl – 33012Conveter Circuit Experiment Module  1

1

دائرة تحويل التناظرية إلي الرقمية

13

Kl – 33013 Memory Circuit Experiment Module  2

1

دائرة تحويل الرقمية إلي التناظرية

معمل الدوائر المطبوعة

Printed Circuit Board Lab (PCB)

30 م 2

1

عدد 1 فرن حرري

1

التعامل مع الإشارة المزدوجة والإشارة المفردة

2

عدد 9 أواني بلاستيك خاصة بعملية التحميض

1

3

عدد 1 حقيبة ضوئية خاصة بعملية الطباعة

1

4

عدد 1 مثقاب حر لعمل الحفرة في البوردة

1

5

black crt flat عدد 1 شنيور علي قاعدة شنيور لعمل الحفرة في البوردة + شاشة 17 سامسونج

1

6

عدد 1 جهازكمبيوتر( بوردة g31 جيجابايت + رامات 1g.b+ هارد 80 جيجا).

1

7

عدد 1 طابعة laser موديل   Hp-22000 d

8

مكواه لحام

معمل التحكم والأنظمة المدمجة

Control and Embedded Systems Lab

60 م ²

Microcontroller ( M C )

1

Kit Microcontroller

2

التعرف على الأنظمة المدمجة المختلفة والفرق بينها

2

DC adaptor 12V/1A

2

عمل بعض التطبيقات والدوائر البسيطة باستخدام الPLC

3

Cable USB 2.0 to RS232

2

عمل بعض التطبيقات والدوائر البسيطة باستخدام الMicrocontroller

4

Software CD

2

عمل بعض التطبيقات والدوائر المعقدة باستخدام الPLC

Programmable Logic Controller (PLC)

عمل بعض التطبيقات والدوائر المعقدة باستخدام الMicrocontroller

5

PLC kind (LS) 20 port

2

التعرف على لغة الVHDL ومكوناتها الأساسية

6

PLC kind (LS) 10 port

2

عمل بعض الدوائر الCombinatorial باستخدام الFPGA

7

cable RS 232

2

عمل بعض الدوائر الSequential باستخدام الFPGA

8

Sortware CD

2

9

I kit FPGA ( Spartan 3A )

1

10

I kit FPGA ( Spartan 6 )

1

معمل الإتصالات التماثلية والرقمية

(( Basic communication trainer kl-  900a)

60 م 2

1

 KL-93001 Oscillator/Second Order LPF & HPF

1

تمرير الترددات الصغيرة والكبيرة

2

 KL-93002 AM Modulator/Demodulator

1

عمل تعديل في سعة الإشارة التناظرية

3

 KL-93003 DSB-SC & SSB Modulator/Demodulator

1

4

 KL-93004 FM Modulator/Demodulator

1

عمل تعديل في تردد الموجة التناظرية

5

 KL-93005 PLL Frequency Synthesizer

1

عمل تزامن بين تردد الإشارة المستقبلة مع تردد الإشارة المستخدمة في عملية الإسترجاع

6

 KL-93008 Signal Converter/Recovery/Regeneration

1

إعادة توليد الإشارة

7

 KL-94001 A/D􀄃D/A Converter Applications

1

تحويل الإشارة الرقمية إلي تناظرية

8

 KL-94002 PWM Modulator/Demodulator

1

تستخدم لعمل تعديل في عرض النبضات

9

 KL-94003 FSK Modulator/Demodulator

1

عمل تعديل الإشارة الرقمية علي حسب التردد

10

 KL-94004 CVSD Modulator/Demodulator, Manchester Code Encode/Decode

1

عمل تشغيل الإشارة بأكواد مختلفة

11

 KL-94005 ASK Modulator/Demodulator

1

عمل تعديل الإشارة الرقمية علي حسب السعة

12

 KL-94006 PSK/QPSK Modulator

1

عمل تعديل الإشارة الرقمية علي حسب الزاوية

معمل الإتصالات التماثلية والرقمية

(( Basic communication trainer kl-  900a)

60 م 2

13

 KL-94007 PSK/QPSK Demodulator

1

استرجاع للإشارة مرة أخري

14

حامل معدنىMetal rack

3

15

  افوميتر رقمىDigital avometer

3

قياس الجهد والتيار والمقاومة رقميا

16

جهاز رسم ذبذبات رقمى                             

3

لعرض الإشارات

17

جهاز مولد اشارات                                       

3

18

( kit)         ( الياف ضوئية)                                          

2

إسم المعمل

المساحة م2

عدد المستخدمين

عدد الوحدات

قائمة بالأجهزة المتوفرة

معمل الإتصالات التماثلية والرقمية

(( Basic communication trainer kl-  900A

60

طلاب شعبة هندسة الاتصالات والالكترونيات

3

 KL-94001 A/D􀄃D/A Converter Applications

3

 KL-94002 PWM Modulator/Demodulator

3

 KL-94003 FSK Modulator/Demodulator

3

 KL-94004 CVSD Modulator/Demodulator, Manchester Code Encode/Decode

3

 KL-94005 ASK Modulator/Demodulator

3

 KL-94006 PSK/QPSK Modulator

3

 KL-94007 PSK/QPSK Demodulator

3

 حامل معدنى Metal rack

3

افوميتر رقمى   Digital avometer

3

جهاز رسم ذبذبات رقمى               Digital oscilloscope utd)202sc-25 mhz)

3

جهاز مولد اشارات Function generator udt9020a-20mhz

2

( kit)  ( ألياف ضوئية)   Versatible link fiber optic­(Model( HFBR-0501

معمل الإتصالات التماثلية والرقمية

(( Basic communication trainer kl-  900A

60

طلاب شعبة هندسة الاتصالات والالكترونيات

Contents:-

Versatile link transmitter.       

Versatile linkreceiver.       

Simplex, simplexlatching, duplex connectors.       

Connect redcable.       

Bulkhead feedthrough.       

Literature
.

إسم المعمل

المساحة م2

عدد المستخدمين

عدد الوحدات

قائمة بالأجهزة المتوفرة

معمل الدوائر الكهربية

Electrical Circuits Lab

60 م 2

طلاب شعبة هندسة الاتصالات والالكترونيات

4

وحدةاساسيةMain unit kl-21001

4

*kl-13001-basicElectricity experiments

4

*kl-13002-magnetismElement introduction

4

*kl-13003-magneticField

1

حامل معدنى  kl-29001-aluminum storage rack

10

صندوق صغير من البلاستيك  kl-28002 accessories

11

لوحة اختبار             Test board

9

محول كهربى AC(  يحول 220vالى  110v )

إسم المعمل

المساحة م2

QTY.

Particular

معمل الهوائيات و إنتشار الموجات Antennas and Wave Propagation Lab

60 م ²

1

Instrument Scientech2261

22

Antennas:-

1

/2ג       Simple Dipole

1

4/גSimple Dipole

1

/4     ג3 Simple Dipole

1

Folded Dipole

1

Yagi UDA Folded Dipole(5E)

1

Yagi UDA Folded Dipole(7E)

1

Yagi UDA Folded Dipole(3E)

1

Yagi UDA Folded Dipole (5E) 2261

1

Hertz Antenna

1

Zeppelin Antenna

1

Loop Antenna

1

Rhombus Antenna

1

/2ג Phase Array

1

/4ג Phase Array

1

Board Side Array

1

Combined Co-linear Array

1

Cut  Parabolic Antenna

إسم المعمل

المساحة م2

QTY.

Particular

معمل الهوائيات و إنتشار الموجات Antennas and Wave Propagation Lab

60 م ²

1

Log Parabolic Antenna

1

Helix Antenna

1

Ground Plane Antenna

1

Slot Antenna

1

Detector Antenna

1

Current Probe

1

Transmitter Mast

1

Receiver Mast

1

RF Detector Unit

1

BNC-BNC Cable 18"

2

BNC-BNC Cable 25"

25 Each

Polar Graph (2Types)

Antenna Fabrications Kit

1 Each

PCBs (2 Types)

1

14 SWG Wire roll 20"

Accessories Kit :-

1

BNC Tree

1

BNC-  BNC  Adapter (Male)

1

BNC-  BNC  Adapter (Female)

إسم المعمل

المساحة م2

QTY.

Particular

معمل الهوائيات و إنتشار الموجات Antennas and Wave Propagation Lab

60 م ²

1

BNC(M)-BNC (F) Adapter

1

Aligner 932

Rods for Ground plane Antenna

1 Each

6.9 Cm  / 8.5 CM  /20.5 CM

1

Mains Cord

1

+7.5 V DC  Adapter  (500 mA)

1

e-Manual ,Demonstration &software CD

1

VIP Suitcase

معمل الهوائيات وانتشار الموجات

60 م ²

1

Antennas Lab

2

خدمة مقرر الهوائيات وانتشار الموجات

2

Microwaves Lab

1

خدمة مقرر الهوائيات وانتشار الموجات

إسم المعمل

المساحة م2

قائمة بالأجهزة المتوفرة

معمل  الموجات الدقيقة       Lab Microwaves

المعمل ينقسم  إلى  نوعين (2 موديول)

الموديول الأول :      Microwave Test Bench Nvis 9003

Experiments that can be performed_:  

V-I characteristics of Gunn Diode

Following characteristics of Gunn Diode

    - Output power and frequency as a function of voltage

     - Square wave modulation through Pin Diode

To determine the frequency & wavelength in a rectangular waveguide working on TE mode

To determine the standing wave ratio and reflection coefficient

Square law behaviour of a microwave crystal detector

Resonant cavity

Measurements of Dielectric constant.(Solid and liquid)

    - Low-loss solid dielectrics- Liquid dielectrics or solutions

Phase shift measurements by using phase shifter

Variable attenuator

الموديول الثانى :  Microwave Test Bench Nvis 9004

(Klystron/GunnBased)

d. NANDgatecharacteristicsmeasurement....KL-33001(A.B)

e. NOR gate characteristics measurement......KL-33001(A.B)

f. XOR gate characteristics measurement......KL-33001(A.B)

1-7 Interface between logic gates

2-9 Half-adder and full-adder circuits

a. TTL to CMOS interface ...................KL-33001(D.E)

b. CMOS to TTL interface ......................KL-33001(D.E).

2. Combinational Logic Circuits Experiments

2-1 NOR gate circuits ..................................KL-33002(A)

2-2 NAND gate circuit ..............................KL-33002(B)

2-3 XOR gate circuit

a. ConstructingXORgatewithNANDgate.....KL-33002(B)

b. Constructing XOR gate with basic gate......KL-33002(C)

2-4 AND-OR-INVERT (AOI) gate circuit ........KL-33002(C)

2-5 Comparator circuits

a. Comparator constructed with basic logic gates......KL-33002(C)

b. Comparator constructed with TTL IC.........KL-33002(D)

2-6 Schmitt gate circuit ................................KL-33002(A)

2-7 Open-collector gate circuits

a. High voltage/current circuit ........................KL-33002(E)

b. Constructing anAND gate with open-collector gate

.....................................................................KL-33002(E)

1. Basic Logic Gates Experiments

1-1 Introduction to logic gates and switches....KL-33001(A)

1-2 Logic gates circuits

a. Diode Logic (DL) circuit ............................KL-33001(C)

b. Resistor-Transistor Logic (RTL) circuit ....KL-33001(B)

c. Diode-Transistor Logic (DTL) circuit. .......KL-33001(B.C)

d. Transistor-Transistor Logic (TTL) circuit ..KL-33001(D)

e. CMOS logic circuit ....................................KL-33001(E)

1-3 Threshold voltage measurement

a. TTL threshold voltage measurement.......KL-33001(A)

b. CMOS threshold voltage measurement...KL-33001(B)

1-4 Voltage/current measurement

a. TTL I/O voltage/current measurement .KL-33001(D)

b. CMOS voltage/current measurement .........KL-33001(E)

1-5 Basic logic gate transmission delay measurement

a. TTL gate delay time measurement ..............KL-33001(D)

b. CMOS gate delay time measurement.........KL-33001(E)

1-6 Measurement of basic logic gates characteristics

a. AND gate characteristicsmeasurement ......KL-33001(A.B)

b. OR gate characteristics measurement ........KL-33001(A.B)

c. INVERTER gate characteristics measurement

..........................................................................KL-33001(A.B)

2-14 Decoder circuit

a. Constructing a 2-to-4 decoder with basic gates.....KL-33005(C)

b. Constructing a 4-to-10 decoder with TTL IC......KL-33004(C)

2-15 Multiplexer circuit

a. Constructing a 2-to-1 multiplexer............KL-33006(E)

b. Using multiplexers to create functions.....KL-33006(F)

c. Constructing a 8-to-1 multiplexer with TTL IC...KL-33006(F)

2-16 Demultiplexer circuit

a. Constructing a 2-output demultiplexer...KL-33006(E)

b. Constructing a 8-output demultiplexer...KL-33006(B)

2-17 Digitally controlled analog multiplexer/demultiplexer circuit

a. Analog switch characteristics ................KL-33006(B)

b. Bidirectional transmission withCMOSICanalog switches

......................................................................KL-33006(C.D)

3. Clock Generator Circuit Experiments

3-1 Constructing oscillator circuit with basic logic gates

......................................................................KL-33007(A)

3-2 Constructing oscillator circuit with schmitt gate

......................................................................KL-33007(B)

3-3 Voltage controlled oscillator (VCO) circuit ......KL-33007(C)

2-8 Tristate gate circuits

a. Truth table measurements .........................KL-33003(C)

b. Constructing anAND gate with tristate gate

......................................................................KL-33003(C)

c. Bidirectional transmission circuit ................KL-33003(C)

a. Constructing HA with basic logic gates......KL-33004(A)

b. Full adder circuit..........................................KL-33004(B)

c. High-speedaddercarrygeneratorcircuit......KL-33003(A)

d. BCDcodeaddercircuit ................................KL-33004(B)

2-10 Half-subtractor and full-subtractor circuit

a. Subtractor circuit constructed with basic logic gates

.....................................................................KL-33004(A)

b. Full adder and inverter circuit ....................KL-33004(B)

2-11 Arithmetic Logic Unit (ALU) circuit....KL-33003(B)

2-12 Bit parity generator circuit

a. Bit parity generator constructed with XOR gates

.....................................................................KL-33004(A)

b. Bit parity generator IC.................................KL-33003(D).

.2-13 Encoder circuit

a. Constructing a 4-to-2 encoder with basic gates...KL-33005(A)

b. Constructing a 10-to-4 encoder with TTL IC........KL-33006(A)

d. Constructing a J-K flip-flop with a R-S flip-flop

..................................................................KL-33008(D)

e. Constructing a shift register with a D flip-flop

.....................................................................KL-33008(C)

f. Preset left/right shift register..................KL-33008(B)

g. Constructing a noise elimination circuit with R-S

flip-flop ...................................................KL-33008(D)

4-2 J-K flip-flop circuits

a. Asynchronous binary up-counter..............KL-33009(A)

b. Asynchronous decade up-counter............KL-33010(D)

c. Asynchronous divide-by-N up-counter .....KL-33010(C)

d. Asynchronous binary down-counter..........KL-33009(A)

e. Synchronous binary up-counter.................KL-33009(A)

f. Synchronous binary up/down counter .......KL-33009(A)

g. Presetable synchronous binary up/down counter

.....................................................................KL-33010(A)

h. Presetable synchronous decimal up/down counter

.....................................................................KL-33010(B)

i. Ring counter ...............................................KL-33009(A)

j. Johnson's counter ......................................KL-33009(A)

5. Memory Circuit Experiments

5-1 Constructing Read Only Memory (ROM) with diodes

..........................................................................KL-33010(F)

3-4 555 IC oscillator circuit

a. 555 oscillator circuit .................................KL-33007(D)

b. VCO circuit ..............................................KL-33007(D)

3-5 Monstablemultivibrator circuits

a. Low-speed monostablemultivibrator circuits

. ..................................................................KL-33007(E)

b. High-speed monostablemultivibrator circuits

..................................................................KL-33007(E)

c. Constructing monostablemultivibrator circuits

..................................................................KL-33007(D)

d. Constructing non-retriggerable circuit with TTL-IC

..................................................................KL-33007(F)

e. Constructing retriggerable circuit with TTL-IC

..................................................................KL-33007(G)

f. Constructing a variable duty cycle oscillator circuit

with monostablemultivibrator .................KL-33008(A.).

4. Sequential Logic Circuit Experiments

4-1 Flip-flop circuits

a. Constructing a R-S flip-flop with a basic logic gates

..................................................................KL-33008(D)

b. Constructing a D flip-flop with a R-S flip-flop

..................................................................KL-33008(D)

c. Constructing a J-K flip-flop with a D flip-flop ....KL-33008(D)

microprocessor ...............................................KL-33012(A)

6. Converter Circuit Experiment

6-1 Digital /Analog Converter (DAC) circuit

a. Unipolar DAC circuit ...................................KL-33013(A)

b. Bipolar DAC circuit .....................................KL-33013(A)

6-2 Analog/ Digital Converter (ADC) circuit

a. 8-bit converter circuit...................................KL-33012(B)

b. 3 1/2-digit converter circuit .........................KL-33013(B)

5-2 Constructing Random Access Memory (RAM) with

D flip-flop .........................................................KL-33010(G)

5-3 64-bit RAM circuit ...........................................KL-33011(B)

5-4 Erasable Programmable Read Only Memory

(EPROM) circuit .............................................KL-33010(E)

5-5 Electronic EPROM (EEPROM) circuit ...........KL-33011(A)

5-6 Constructing dynamic scanning counter with single-chip

Digital Communication

Analog Communication

1. Analog to digital experiment

2. Digital to analog experiment

3. PWM modulator experiment

4. PWM demodulator experiment

5. FSK modulator experiment

6. FSK demodulator experiment

7. CVSD modulators & demodulators/manchester code

encode/decode

8. ASK modulator / emodulator

9. PSK/QPSK modulator / emodulator

1. RF oscillator experiment

2. Second order LPF & HPF experiment

3. AM modulator experiment

4. AM demodulator experiment

5. DSB-SC and SSB modulator experiment

6. DSB-SC and SSB demodulator experiment

7. FM modulator experiment

8. FM demodulator experiment

9. PLL frequency synthesizer

10. TDM multiplexer experiments

11. TDM demultiplexer experiments

12. FDM multiplexer experiments

13. FDM demultiplexer experiments

14. Multiplier frequency up/down converter experiment

15. Carrier frequency recovery experiment

16. Synchronous clock recovery experiment

2. Experiments for Magnetism

4. Experiments for Simple Electronic Circuits

4-1 Simple amplifier .......................................KL-13008

4-2 Complementary amplifier ....................KL-13008

4-3 Voltage regulator................................KL-13008

4-4 Push-pull amplifier ...............................KL-13009

4-5Wheatstone bridge.................................KL-13009

4-6 Dimmer circuit ............................................KL-13008

4-7 Multistage cascading amplifier ..........KL-13008

4-8 Relay characteristics ............................KL-13008

4-9 Touch-controlled switch ............................KL-13008

5. Experiments for Industrial Control Applications

5-1 CDS characteristics ...................................KL-13010

5-2 Light-controlled circuit .............................KL-13010

5-3 Thermistor characteristics ..................KL-13010

5-4 Temperature-controlled circuit..........KL-13010

5-5 Sound controlled circuit .....................KL-13010

6. Experiments for Oscillator Characteristics and Applications

6-1 Blocking oscillator .................................KL-13011

6-2 Electronic birdcall circuit ....................KL-13011

6-3 Astable multivibrator...........................KL-13011

6-4 LED flasher circuit.........................KL-13011

6-5 LC resonant circuit ...............................KL-13011

1. Experiments for Basic Electricity

1-1 DC voltage measurement...................KL-21001

1-2 Using an ohmmeter...........................KL-13001

1-3 Resistor characterisitics ....................KL-13001

1-4 DC current measurement................KL-13001

1-5 Ohm’s law ...........................................KL-13001

1-6 Power in DC circuit.................................KL-13001

1-7 Series-parallel network and Kirchoff’s law ..KL-13001

1-8 Superposition, Thevenin’s and Norton’s theorems...................KL-13001

1-9 Maximum power transfer theorem...KL-13001

1-10 DC RC circuit and transient phenomena.......KL-13001

1-11 AC voltage measurement ......................KL-13001

1-12 AC current measurement .................KL-13001

1-13 AC RC circuit.....................................KL-13001

1-14 AC RL circuit.....................................KL-13001

1-15 AC RLC circuit.....................................KL-13001

1-16 Power in AC circuit............................KL-13001

1-17 Transformer characteristics ..............KL-13001

1-18 Series-resonant circuit ...........................KL-13001

1-19 Parallel-resonant circuit...................KL-13001

1-20 LC filter..............................................KL-13001

Experiment 11

Study of Yagi-UDA 5 Element Folded dipole antenna

Experiment 12

Study of Yagi-UDA 7 Element Simple dipole antenna

Experiment 13

Study of Hertz antenna

Experiment 14

Study of Zeppelin antenna

Experiment 15

Study of Phase Array (End fire) antenna

Experiment 16

Study of 4 Phase Array (End fire) antenna

Experiment 17

Study of Combined Co-linear Array antenna

Experiment 18

Study of Broad Side Array antenna

Experiment 19

Study of Log Periodic antenna

Experiment 20

Study of Cut Paraboloid Reflector Antenna

Experiment 21

Study of Loop Antenna

Experiment 1

Arranging the setup and performing the functional checks ofAntenna system

Experiment 2

To perform modulation and demodulation test

Experiment 3

Plotting the Polar graph/ radiation pattern of an Antenna manually

Experiment 4

Plotting the Polar graph/ radiation pattern of an Antenna using software

Experiment 5

Study of Simple Dipole (λ/2) antenna

Experiment 6

Study of Simple Dipole antenna

Experiment 7

Study of Folded Dipole antenna

Experiment 8

Study of Simple Dipole (3λ/2) antenna

Experiment 9

Study of Yagi-UDA 5 Element Simple dipole antenna

Experiment 10

Study of Yagi -UDA 3 Element Folded dipole antenna

Experiment 27

Study of variation in the radiation strength at a given distance from

the antenna

Experiment 28

Study of the Reciprocity theorem for antennas

Experiment 29

Study of Matching Stub

Experiment 30

SWR Measurement

Experiment 22

Study of Rhombus antenna

Experiment 23

Study of Ground Plane antenna

Experiment 24

Study of Slot antenna

Experiment 25

Study of Helix Antenna

Experiment 26

To perform Polarisation Test

Experiment2

Todeterminethefrequency&wavelengthinarectangularwave- Guide workingonTE10mode

Experiment3

TodeterminetheStandingWave-RatioandReflectionCoefficient

Experiment4

TomeasureanunknownImpedancewithSmithchart

Experiment5

StudyofV-IcharacteristicsofGunnDiode(ForMT9001)

Experiment6

StudyoffollowingcharacteristicofGunnDiode(ForMT9001)

a.Outputpowerandfrequencyasafunctionofvoltage.

b.SquarewavemodulationthroughPINdiode.

Experiment7

Tomeasurethepolarpatternandthegainofawave-guidehornAntenna.(ForMT9002)

study of the characteristics of klystron tube and to determine its electronic tuning range

To determine the frequency & wavelength in a rectangular waveguide working on TE10 mode

To determine the standing wave ratio and reflection coefficient

To measure an unknown impedance with Smith Chart

Square law behavior of a microwave crystal detector

Study of attenuators (fixed and variable type)

Study of Tee

    - E Plane Tee - H Plane Tee - Magic Tee

Study the function of multirole directional coupler by measuring the following parameter

    - Main line & Auxiliary line VSWR

    - Coupling factor and directivity and Isolation

Study of circulators/Isolator

List of Experiments :-

Experiment1

StudyofthecharacteristicsofKlystronTubeandtodetermineitsElectronic tuningrange(ForMT9000)

Experiment13

MeasurementofDielectricConstant

Experiment14

Studyofvoicecommunicationbyusingmicrowavetestbench

Experiment15

Studyofsquarelawbehaviourofamicrowavecrystaldetector

Experiment16

StudyofResonantCavity

Experiment17

StudyofPCtoPCcommunicationusingmicrowavetestbench

Experiment8

Studyoffunctionofmulti-holedirectionalcouplerbymeasuring

thefollowingparameters:

b.MainlineandAuxiliarylineSWR

c.Couplingfactoranddirectivity

Experiment9

StudyofMagicTee

Experiment10

StudyofCirculator/Isolator

Experiment11

StudyofAttenuator(FixedandVariabletype)

Experiment12

Phaseshiftmeasurement