Knowledge in Electronics and telecommunication engineering
Project: Principle of Digital Modulation Techniques- ASK and FSK
Amplitude Shift Keying is a type of Amplitude Modulation which represents the binary data in the form of variations in the amplitude of a signal. Any modulated signal has a high frequency carrier. The binary signal when ASK modulated, gives a zero value for Low input while it gives the carrier output for High input. FSK is the digital modulation technique in which the frequency of the carrier signal varies according to the digital signal changes. FSK is a scheme of frequency modulation. The output of an FSK modulated wave is high in frequency for a binary High input and is low in frequency for a binary Low input. The binary 1s and 0s are called Mark and Space frequencies.
VEDANT MILIND ATHAVALE
Huffman Coding Notes cum Experiment
What is Huffman Coding? Huffman coding is a lossless data compression algorithm. In this algorithm, a variablelength code is assigned to input different characters. The code length is related to how frequently characters are used. Most frequent characters have the smallest codes and longer codes for least frequent characters. There are mainly two parts. First one to create a Huffman tree, and another one to traverse the tree to find codes. However, Huffman coding is usually faster and arithmetic coding was historically a subject of some concern over patent issues. Thus many technologies have historically avoided arithmetic coding in favor of Huffman and other prefix coding techniques. As of mid-2010, the most commonly used techniques for this alternative to Huffman coding have passed into the public domain as the early patents have expired.
Digital Modulation- Complete set of Notes from Exam Point of View
It consists of a complete set of notes that covers All the topics ranging from probability to Trellis Diagram. It consists of a type of coding such as Huffman coding technique, probability, Kraft-Macmillan Inequality in detail along with a few sidekicks for your notes. These notes are written from not only an exam point of view but also from a learning and research point of view. Every formula covered in the notes has been combined with its derivation. Made by a faculty of VJTI.
Microprocessors -8085 Notes - Sem 4
It consists of a complete set of notes that covers All the topics ranging from Basic programs to Combining of different processors. It consists of basic codes in 8085 microprocessors and along with its timing diagrams and a basic to medium level of interfacing notes in detail along with a few sidekicks for your notes. These notes are written from not only an exam point of view but also from a learning and research point of view. Every formula covered in the notes has been combined with its derivation. Made by a faculty of VJTI.
Complete Instruction Set for MP 8085
The following pdf consists of 8085 INSTRUCTION SET along with the INSTRUCTION DETAILS for each one of the command which consists of the operand, opcode, and hex information that tells us what exactly the code is doing or playing a part in the complete set of programs. DATA TRANSFER INSTRUCTIONS are also included in order to give a better idea to the students reading it. It is useful for students Sem 4 engineering students.
Frequency Multiplier- Sample Questions
This pdf consists of sample questions of frequency multiplier which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters.
SAMPLING-PWM-PAM-(QUESTIONS+SOLUTIONS)
This pdf consists of sample questions of 1. Sampling Theorem 2. PAM 3. PWM 4. Local Oscillator Frequency which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
HALF ADDER AND FULL ADDER (EXPERIMENT)
This is an experiment that covers the understanding and the application part of making a half and full adder using gates. which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
BCD TO 7 SEGEMENT DECODER
This consists of an BCD to 7 Segment decoder experiment which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
EXCESS 3 CODE CONVERSIONS
The motive of this experiment is To study Excess 3-codes and the conversion of BCD to Excess 3-codes and vice versa using basic and universal gates; which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
INPUT AND OUTPUT CHARACTERISTICS OF BJT
This is an experiment that teaches us To study the input and output characteristics of BJT of CE configuration; which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
TIMING HAZARDS - ELECTRONICS
This pdf consists of sample questions of TIMING HAZARDS which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.