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Friday, 5 February 2016

Basic Electronic Components & Hardware I

Electronic hardware consists of interconnected electronic components which perform analog or logic operations on received and locally stored information to produce as output or store resulting new information or to provide control for output actuator mechanisms. Electronic hardware can range from individual chips/circuits to distributed information processing systems. Well designed electronic hardware is composed of hierarchies of functional modules which inter-communicate via precisely defined interfaces.
Hardware logic is primarily a differentiation of the data processing circuitry from other more generalized circuitry. For example nearly all computers include a power supply which consists of circuitry not involved in data processing but rather powering the data processing circuits. Similarly, a computer may output information to a computer monitor or audio amplifier which is also not involved in the computational processes. Download

Satellite Communication Engineering


Michael O. Kolawole
Highlighting satellite and earth station design, links and communication systems, error detection and correction, and regulations and procedures for system modeling, integrations, testing, and evaluation, Satellite Communication Engineering provides a simple and concise overview of the fundamental principles common to information communications. It discusses block and feedback ciphering; covers orbital errors; evaluates multi-beam satellite networks; illustrates bus, electrical, and mechanical systems design; analyzes system reliability and availability; elucidates reflector/lens, phased array, and helical antenna systems; explores channel filters and multiplexers; and more.

Satellite communications

Ed Mitchell
Satellite Communications, Third Edition is the latest update of the reference widely regarded as the most complete and accessible intro to this dynamic area of engineering.

Thursday, 4 February 2016

Digital Communication

1. PULSE CODE MODULATION
 
2. DELTA MODULATION
 
3. ADAPTIVE DELTA MODULATION
 
4. DIFFERENTIAL  PULSE CODE MODULATION
 
5. AMPLITUDE SHIFT KEYING
 

Electronics Instruments & Measurements

1 WHEATSTONE BRIDGE
 
2 MAXWELL BRIDGE
 
3 SCHERING BRIDGE
 
4 HAY’S BRIDGE
 
5 LISSAJOUS PATTERN
 
6 HARTLEY’S OSCILLATOR

Industrial Electronics

1 Plot V/I Characteristics of SCR  
2 Plot V/I Characteristics of TRIAC  
3 Plot V/I Characteristics of DIAC  
4 To observe the Characteristics of UJT
5 To Study And Perform The UJT as Relaxation  Oscillator.
6 To Study and Perform the Triggering of SCR using UJT
7 To Study The Photo Electric Relay.  
8 To study the resistor triggering circuit for SCR.  
9 To study the performance & waveforms of HWR by  using RC triggering Circuit.
10 To study the performance & waveforms of FWR by  using RC triggering Circuit

Microprocessor and Assembly Language Programming

1 ADDITION OF TWO 8 – BIT NUMBERS
2 SUBTRACTION  OF TWO 8 – BIT NUMBERS
3 ADDITION OF TWO 16 – BIT NUMBERS
4 SUBTRACTION OF TWO 16 – BIT NUMBERS
5 MULTIPLY TWO 8 BIT NUMBERS USING SUCCESSIVE ADDITION METHOD
6 WRITE A PROGRAM TO MULTIPLY TWO BIT NUMBERS USING SHIFT AND ADD METHOD.
7 DIVIDE 16 BIT NUMBER BY AN 8 BIT NUMBER
8 ADD TWO 16 BIT BCD NUMBERS
9 SUBTRACTION OF TWO 8 BIT BCD NUMBERS
10 TRANSFER A BLOCK OF N BYTES FROM SOURCE TO DESTINATION