Acknowledgement

ACKNOWLEDGEMENT

I, Manpreet Singh the student of Electronics & Communication

engineering in Haryana Engineering College, Jagadhri. I am

extremely thankful to Mr. Harish Mahendru for giving me a new

dimension to my studies by providing me with Implant Training during

the course.

I am also very thankful to the staff of BEL, (PANCHKULA) who gave me

valuable & theoretical knowledge.

Finally while writing this report I have kept in mind the entire

requirements needed. Although every care has been taken to check all

the mistakes and misprints, yet it is difficult to claim perfection.

Manpreet Singh

1809636

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LIST OF FIGURES

Figures Page No.

Fig. 2.1 Stars-V 14

Fig. 2.2 Composite Net Radio 16

Fig. 2.3 Secure Telephone 17

Fig. 2.4 TES Process Line Flow 20

Fig. 2.5 Fluke 5500A multi-product calibrator 26

Fig. 2.6 Fluke 9640A RF Reference source 27

Fig. 2.7 Agilent E4440a Psa Spectrum Analyzer 28

Fig. 2.8 Agilent 1191a Power Meter 29

Fig. 2.9 Agilent 8903b Audio Analyzer 30

Fig. 2.10 Keithley 2010 Multimeter: 31

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LIST OF CONTENTSCONTENTS PAGE NO.

CHAPTER-1: COMPANY PROFILE 1-13

1.1 HISTORY 1

1.2 VISION 4

1.2 MISSION 4

1.3 VALUES 4

1.4 OBJECTIVES 4

1.5 QUALITY POLICY 5

1.6 QUALITY OBJECTIVES 5

1.7 RESEARCH & DEVELOPMENT 5

1.7.1 AREAS OF R&D ACTIVITY 6

1.8 MANUFACTURING UNITS 7

1.9 BEL PANCHKULA 9

1.10 ORGANISATION 10

1.10.1 D & E (Development and Engineering) 10

1.10.2 MKTG (Marketing Division) 10

1.10.3 MFG (Manufacturing) 10

1.10.4 HRD (Human Resources Department) 11

1.10.5 MM (Material Management) 11

1.10.6. PA (Product Assurance) 11

1.10.7 F & A (Finance and Account) 12

1.11 Products Manufactured 12

CHAPTER-2: PROJECT WORK 14-342.1 STARS-V (SECURE TACTICAL ARMY RADIO SYSTEM 5W/25W) 14

2.1.1 APPLICATION 15

2.1.2 FEATURES: 15

2.2 CNR (COMPOSITE NET RADIO) 16

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2.2.1 Features 16

2.3 SECTEL (SECURE TELEPHONE) 17

2.3.1 FEATURES 18

2.4 VPS ( VERY HIGH FREQUENCY PORTABLE SET) 18

2.5 DBC ( DUAL BATTERY CHARGER) 19

2.5.1 FEATURES 19

2.5.1.1 Test Equipment Support (TES) 19

2.5.1.2 TES Organisation Structure 21

2.6 TERMINOLOGIES 21

2.6.1 Calibration. 21

2.6.2 Uncertainty of measurement 21

2.6.3 Calibration Standard 21

2.6.4 Traceability 21

2.6.5 Coverage factor 21

2.6.6 Instrument warm up time 21

2.7 CALIBRATION LABORATORY 21

2.7.1 Operation Stages 22

2.7.2 Operational criteria for laboratory 23

2.7.3 Procurement Procedure: 23

2.7.4 Sources of Uncertainities 24

2.7.5 Steps To Evaluate Uncertainty 24

2.8 REFERENCE STANDARDS USED IN LABORATORY 25

2.8.1 Fluke 5500A multi-product calibrator 25

2.8.1.1 Features 26

2.8.1.2 Fluke 9640A RF Reference Source 27

2.9 AGILENT E4440A PSA SPECTRUM ANALYZER 28

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2.9.1 Key Features & Specifications 28

2.9.2 Performance 28

2.9.3 Analysis bandwidth 28

2.10 AGILENT 1191A POWER METER 29


2.11 AGILENT 8903B AUDIO ANALYZER 30


2.12 KEITHLEY 2010 MULTIMETER 31

2.12.1 Features: 31

2.13 CALIBRATIONS UNDERTAKEN 31

2.13.1 Agilent 34410A DMM 31

2.14 ZERO OFFSET VERIFICATION 32

2.14.1 Gain Verification: 32

2.14.2 DC Volts Gain Verification Test: 33

2.14.3 Ohms Gain Verification Test 33

2.14.4 Frequency Gain Verification Test 34

2.15 AC VOLTS VERIFICATION TEST 34

CHAPTER-3: RESULT 35

CHAPTER-4: CONCLUSION 36

REFERENCES 37

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Documents

Acknowledgement