Video Content for Mechanical QC and Documentation Engineer

 

Note: Technical Test and Technical Interview will be conducted based on below video content. 

Prepare the content from below videos, prepare your own notes and solve as many numericals based on the video content. 

List of Video Content

1 How to Use and Read a Digital Caliper

2 How to use a digital micromete

3 All Types of Measuring Tools Uses and their application

4 GD&T Geometric Characteristic Symbols explained

5 How to Read engineering drawings and symbols tutorial - part design

6 Mechanical Testing Part-1

7 Destructive VS Non Destructive Testing. What is Material Testing?

8 Engineering Materials & Their Properties-1

9 Types of visual inspection

10 QC Inspector | Fresher & Experienced 

11 Quality Assurance Interview Questions 

12 Quality Documentation skills and roles

13 Procedure for Document & Record Control ! Quality Procedure

1 How to Use and Read a Digital Caliper

2 How to use a digital micromete

3 All Types of Measuring Tools Uses and their application

4 GD&T Geometric Characteristic Symbols explained

5 How to Read engineering drawings and symbols tutorial - part design

6 Mechanical Testing Part-1

7 Destructive VS Non Destructive Testing. What is Material Testing?

8 Engineering Materials & Their Properties-1

9 Types of visual inspection

10 QC Inspector | Fresher & Experienced

11 Quality Assurance Interview Questions 
 

12 Quality Documentation skills and roles

13 Procedure for Document & Record Control ! Quality Procedure

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Video Content for RF Test Engineer and System Level Test Engineer

 

Note: Technical Test and Technical Interview will be conducted based on below video content. 

Prepare the content from below videos, prepare your own notes and solve as many numericals based on the video content. 

List of Video Content

1 Time Domain vs. Frequency Domain

2 How to Use a Multimeter

3 Understanding Basic Oscilloscope Operation

4 Understanding Basic Spectrum Analyzer Operation

5 What is RF

6 Introduction to dB dBm dBV

7 Understanding S Parameters

8 Understanding VSWR and Return Loss

9 Introduction to Numbers System

10 Introduction to Numbers System (Decimal, Binary)

11 Bit, Byte, Word, Nibble

12 1's and 2's Complement

13 Understanding Serial Protocols

14 Understanding UART

15 Hercules SETUP Utility Live Demo

16    The concept of attenuation and gain and signal to noise ration in communication

17    Signal to Noise Ratio ; Noise Factor and Noise Figure

18    Free Space Path Loss

19    Bandwidth And Frequency Spectrum | Basic Concepts | Communication Systems

1 Time Domain vs. Frequency Domain

2 How to Use a Multimeter

3 Understanding Basic Oscilloscope Operation

4 Understanding Basic Spectrum Analyzer Operation

5 What is RF

6 Introduction to dB dBm dBV

7 Understanding S Parameters

8 Understanding VSWR and Return Loss

9    Introduction to Numbers System

10   Introduction to Numbers System (Decimal, Binary)

11   Bit, Byte, Word, Nibble

12   1's and 2's Complement

13 Understanding Serial Protocols

14 Understanding UART

15 Hercules SETUP Utility Live Demo

16    The concept of attenuation and gain and signal to noise ration in communication

17    Signal to Noise Ratio ; Noise Factor and Noise Figure

18    Free Space Path Loss

19    Bandwidth And Frequency Spectrum | Basic Concepts | Communication Systems

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Video content for Digital Test Engineer and Software Test Engineer

Note: Technical Test and Technical Interview will be conducted based on below video content. 

Prepare the content from below videos, prepare your own notes and solve as many numericals based on the video content. 

List of Video Content

1.Number Systems Introduction - Decimal, Binary, Octal & Hexadecimal

2.Introduction to Number Systems

3.Binary Number System

4.Decimal to Binary Conversion

5.Decimal to Hexadecimal Conversion

6.Hexadecimal to Binary & Binary to Hexadecimal Conversion

7.Characters in a computer - ASCII Tutorial 

8.Bit, Byte, Word, Nibble

9.1's and 2's Complement

10.conversion | Binary to Gray code conversion

11.Example of Signed Magnitude, Signed 1's 12.Complement and Signed 2's Complement Representation

12.Difference between Microprocessor and Microcontroller

13.data transmission | parallel and serial | Data Communication

14.Basics of UART Communication | UART Frame Structure | RS 232 Basics |

15.What is Ethernet and Ethernet Types in Computer Networks

16 How to Use a Multimeter

17 Understanding Basic Oscilloscope Operation

18 C_10 Data Types in C - Part 1 | Programming in C

    1 .Number Systems Introduction - Decimal, Binary, Octal & Hexadecimal

2.Introduction to Number Systems

3.Binary Number System

4.Decimal to Binary Conversion

5.Decimal to Hexadecimal Conversion

6.Hexadecimal to Binary & Binary to Hexadecimal Conversion

7.Characters in a computer - ASCII Tutorial 

8.Bit, Byte, Word, Nibble

9.1's and 2's Complement

10.conversion | Binary to Gray code conversion

11.Example of Signed Magnitude, Signed 1's 12.Complement and Signed 2's Complement Representation

12.Difference between Microprocessor and Microcontroller

13.data transmission | parallel and serial | Data Communication 

14.Basics of UART Communication | UART Frame Structure | RS 232 Basics | 

15.What is Ethernet and Ethernet Types in Computer Networks

16 How to Use a Multimeter

17 .Understanding Basic Oscilloscope Operation

18. C_10 Data Types in C - Part 1 | Programming in C

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SAMPLE QUESTIONNAIRE ON DSP

 

·        A 100-watt audio amplifier has a power gain ratio of 30dB. What will be its maximum input value.

·        An audio amplifier delivers 100 watts into an 8 ohm speaker load when fed by a 100mW input signal. Calculate the power gain of the amplifier in decibels.

·        A passive resistive network is used to provide an attenuation (loss) of 10dB, with an input voltage is 12V. What will be the networks output voltage value.

·        If x(n)=cosω0n and W(ω) is the Fourier transform of the rectangular signal w(n), then what is the Fourier transform of the signal x(n).w(n)?

·        If x(n)=xR(n)+jxI(n) is a complex sequence whose Fourier transform is given as X(ω)=XR(ω)+jXI(ω), then what is the value of XR(ω)?

·        A 5 bit ladder has digital input of 11010.assuming that 0 corresponds to 0v and 1 corresponding to 10V its output voltage will be.

·        A 6 bit ladder has a digital /analog converter has maximum output of .the output for the input 101011 approximately.

·        For a periodic signal v(t) = 30 sin 100t + 10cos 300t + 6sin (500t+π/4), the fundamental frequency in rad/s is __________.

·        For a bit-rate of 8 kbps, the best possible values of the transmitted frequencies in a coherent binary FSK system are?

·        For a given data rate, the bandwidth B_p of a BPSK signal and the band width B₀ of the OOK signal are related as?

·        If g(n) is a real valued sequence of 2N points and x₁(n)=g(2n) and x₂(n)=g(2n+1), then what is the value of G(k), k=0,1,2…N-1?

·        How many complex multiplications are need to be performed for each FFT algorithm?

·        How many complex additions are required to be performed in linear filtering of a sequence using FFT algorithm?

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Self paced learning for Digital Signal Processing

 

Signal Processing Opportunities in Industries

 

What is Signal Processing? 

FFT basic concepts:

FFT and Windowing 

Designing of FIR filter:

Decimation and Interpolation:

Spectral leakage:

What is dB, dBm, dBW, and dBV in Electronics?

Digital Modulation Techniques:

Sampling, Aliasing & Nyquist Theorem:

 Performance Issue of ADC and DAC:

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SPLA SET 2

 

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Self Paced Learning Content

 

Important Note: The course content will be continuously updated and you are informed to keep checking this place for regular updates. For course videos and material scroll down the page.

Course Content:

What is RF

Introduction to dB dBm dBV

Understanding VSWR and Return Loss

Understanding S Parameters

How to Use a Multimeter 

Time Domain vs. Frequency Domain

Understanding Basic Spectrum Analyzer Operation

Understanding Basic Oscilloscope Operation

Introduction to Oscilloscopes (Rigol DS1102Z)

Introduction to Oscilloscopes (Rigol DS1104Z)

Understanding Serial Protocols

Understanding UART

Understanding Source Measure Units

Understanding Frequency Response Correction

Getting Started with the R&S FPC

Zero Span Measurements with the FPC

Measuring Channel Power with the R&S FPC

Assembled PCB QC Procedure

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ASCII Table

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SPLA Content

 

Important Note: The course content will be continuously updated and you are informed to keep checking this place for regular updates until you attend for the Interview Process. For course videos and material scroll down the page.

1. What is RF
2. Introduction to dB dBm dBV
3. Understanding VSWR and Return Loss
4. Understanding S Parameters
5. How to Use a Multimeter 
6. Time Domain vs. Frequency Domain
7. Understanding Basic Spectrum Analyzer Operation
8. Understanding Basic Oscilloscope Operation
9. Introduction to Oscilloscopes (Rigol DS1102Z)
10. Introduction to Oscilloscopes (Rigol DS1104Z)
11. Understanding Serial Protocols
12. Understanding UART
13. Understanding Source Measure Units
14. Understanding Frequency Response Correction
15. Getting Started with the R&S FPC
16. Zero Span Measurements with the FPC
17. Measuring Channel Power with the R&S FPC
18. Assembled PCB QC Procedure

What is RF ? 

     Introduction to dB dBm dBV

Understanding VSWR and Return Loss

 Understanding S Parameters

 How to Use a Multimeter

     Time Domain vs. Frequency Domain

     Understanding Basic Spectrum Analyzer Operation

     Understanding Basic Oscilloscope Operation

     Introduction to Oscilloscopes (Rigol DS1102Z)

     Introduction to Oscilloscopes (Rigol DS1104Z)

 Understanding Serial Protocols

 Understanding UART

 Understanding Source Measure Units

 Understanding Frequency Response Correction

 Getting Started with the R&S FPC

 Zero Span Measurements with the FPC

 Measuring Channel Power with the R&S FPC

 Assembled PCB QC Procedure

Read More