UNITED ELECTROTECHNOLOGIES

APPLICATIONS, MEASUREMENT & ANALYSIS LABORATORY FOR

ELECTRONIC DEVICES & CIRCUITS (UE-AMALED)

 

With the advances taking place in VLSI/ ASIC design using high performance front end and back end tools, the Electronic circuit design and Analysis learning (practice of theory) in the formative years of Engineering Education must undergo a quantum jump. The conventional method of “dedicated “ Instruments and fixed set of measurements and analysis will not stand good for an engineer to explore the domains of modern circuit Analysis and Synthesis. UE-AMALED provides a platform for development of easy–to-Configure and easy-to-Measure and Analyze tool using the computer systems, in which performance ever-evolving and cost-ever-reducing.

 

UE-AMALED will provide a complete in-depth knowledge of Device Characteristics in different configurations and also help student to architect different combination based on the expectation of the overall characteristics to the student.

 

UE-AMALED modules supports interface to a Computer system, which provides a higher end resources and facilities to acquire the parameters from a typical circuitry, analyze the measurements to provide a deceivable characteristics and present the same to enable a designer or a fabricator to alter or modify the circuit elements.

 

UE-AMALED Laboratory setup:

 

 

 

 

 

 

 

 

 

 

 

 

Features:

·         Target platform – UE-AMALED:

o        Plug in – Plug out modules for various electronic devices and Circuits

o        The set of experiments provided with UE-AMALED provides a platform to learn the Electronics devices with in-depth knowledge.

o        All the UE-AMALED modules provide slot for connect external device for measurement and analysis.

·         Interface Circuit:

o        Interface circuit logic enables the student to connect the UE-AMALED hardware modules to the PC Data acquisition card.

·         Typical Host (a PC with/ connected to)

o        NI-ELVIS

or

o        NI-DAQ

o        LabVIEW

 

Teach & Learn – Theory/ Practically through experiments that can be performed with             UE-AMALED systems:

 

Diode Modules – Module 1 & 2

§         V-I Characteristics of diode

o        Typical Diodes - 1N 4007 Si, 0A79 Ge, BY 127,LED  

§         Characteristics of Zener diode

o        Typical Diodes - Sz 5.1, Sz 9.1

§         Clipping Circuits

§         Clamping Circuits

§         Transfer Characteristics

§         Half wave rectifier

§         Half wave rectifier with filter

§         Full wave rectifier

§         Full wave rectifier with filter

§         Bridge rectifier

§         Bridge rectifier with filter

 

Electronic

Device

Characteristics

Circuit/ Configuration

Applications

Measurements and Analysis

No of Modules

Diode

·          V-I Characteristics

·          Transfer Characteristics

·          Load line Analysis

·          Forward biasing

·          Reverse biasing

·          Clipping

·          Clamping

·          Rectifier

·          High speed switch

·          (1N 4007)

·          AM/FM detector

·          (0A 79)

·          Mains rectifier

·          (BY 127)

·          Regulator (Sz 5.1)

·          Wave shaping Circuits

·          Threshold voltage

·          Input Impedance

·          Output Impedance

·          Break down voltage

·          Ripple factor

·          Input-output waveforms

 

 

 

 

 

 

2

 

Bipolar Transistor Modules – Module 3, 4, 5 & 6

Module 3a - Transistor Circuits

§         CBC characteristics

§         CEC characteristics

§         CCC characteristics

§         Load line Analysis, Q point

 

Module 3b - Transistor Amplifier circuits

§         Single stage amplifier (RC coupled Amplifier)

§         DC, AC load line analysis

§         Bode plot, Frequency spectrum, phase plot.

§         Amplifier parameter Analysis (Ai, Av, Zi, Zo)

 

Module 4 - Power Amplifiers

§         Class A Amplifier

§         Class B Amplifier

§         Load line Analysis

§         Cascode Amplifier

§         Emitter follower

§         Darlington Pair

 

Module 5 - Negative Feed back Amplifiers

§         Voltage Series feedback

§         Current Series feedback

§         Voltage shunt feedback

§         Current shunt feedback

§         Cascade Amplifier

 

Module 6 - Positive Feedback Amplifiers

§         RC phase shift oscillator

§         Hartley oscillator

§         Colpitts oscillator

§         Wien bridge oscillator

 

Electronic

Device

Characteristics

Circuit/ Configuration

Applications

Measurements and Analysis

No of Modules

 

BJTs

·          Input characteristics

·          Output characteristics

·          Load line Analysis

·          Bode plot

·          Phase plot

·          Spectral Analysis

 

·          Common base configuration

·          Common emitter configuration

·          Common collector configuration

·          Emitter follower

·          Single stage Amplifier

·          Cascade Amplifier

·          Cascode Amplifier

·          Darlington

·          Class A Amplifier

·          Class B Amplifier

·          Push-pull Amplifier

·          Positive feedback

·          Negative feedback

·          Small signal (AF)

·          (BC107)

·          AF, Power Amplifier      (2N 3055)

·          Switching (AF)

·          (BC108)

·          High frequency (AM/FM)

·          (BF194)

·          Audio mixer

·          Pre amplifier     (micro-phone)

·          Random noise generator

·          Input Impedance

·          Output Impedance

·          Voltage gain

·          Current gain

·          Power gain

·          Q point

·          Bandwidth

·          Total harmonic distortion

·          Frequency of Oscillation

·          Input-output waveforms

 

 

4

 

Uni-Polar Transistor Module:

 

Module 7 - FET circuits

§         Drain characteristics

§         Transfer characteristics

§         Common source Amplifier

§         Source follower

§         Bode plot, frequency spectrum, phase spectrum

§         MOSFET circuits

o        Drain characteristics

o        Transfer characteristics

§         UJT circuits

o        Emitter characteristics

o        Relaxation oscillator

 

Electronic

Device

Characteristics

Circuit/ Configuration

Applications

Measurements and Analysis

No of Modules

FETs

·          Transfer characteristics

·          Drain characteristics

·          Load line Analysis

·          Bode plot

·          Phase plot

·          Spectral Analysis

·          Common Source configuration

·          Source follower

·          Positive feedback

·          Negative feedback

·          Amplifier, Oscillator (BFW10/11)

·          BF245 (High frequency (AM/FM)

·          Voltage controlled resistor

·          Drain resistance

·          Amplification factor

·          Transconductance

·          Input Impedance

·          Output Impedance

·          Q point

·          Bandwidth

·          Input-output waveforms

 

 

 

 

 

 

 

 

 

1

 

 

 

 

 

 

 

 

 

 

 

 

 

MOSFETs        

·          Transfer characteristics

·          Drain characteristics

·          Common Source configuration

·          Inverter circuit

·          BFW 96

·          Sample and      hold

·          Relay driver

·           Drain resistance

·           Amplification factor

·           Transconductance

·           Input Impedance

·           Output Impedance

·           Input-output waveforms

 

 

 

 

 

 

 

 

Linear Integrated Circuit Modules - Module 8, 9 & 10:

 

Module 8 & 9 - General OPAMP circuits

§         Inverting Amplifier

§         Non-Inverting Amplifier

§         CMRR, Slew rate

§         Scaling Amplifier

§         Integrator Circuits

§         Differentiator Circuits

§         Schmitt trigger

§         Multivibrators

§         Narrow band pass filter

§         Universal Active Filter

 

Module 10 - OP-AMP applications

§         Multivibrators using 555 timer

§         Phase Locked Loop CD 4046

§         Comparator using 710

 

Electronic

Device

Characteristics

Circuit/ Configuration

Applications

Measurements and Analysis

No of Modules

OP-AMPs

·          Input-output waveforms

 

·          Inverting

·          Non-Inverting

·          Scaling

·          Integrator

·          Differentiator

·          Schmitt trigger

·          Multivibrators

·          Instrumentation Amplifier

·          Universal Active filter

·          Narrow band pass filter

·          741 C

Wave   shaping circuits,

Generation circuits

 

·          LM 324

Filter circuits

·          Voltage gain

·          Slew rate

·          CMRR

·          Input Impedance

·          Output Impedance

·          Input-output waveforms

 

 

 

 

 

3

 

 

Deliverables:

 

UE-AMALED Modules 10 Modules
Power Supply 10 Nos
68-pin BNC Cables 10 Nos
Detailed User and Reference Manuals 1 set
 UE-AMALED Software and source codes 1 CD

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