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electronics and microprocessors lab manualDiscover everything Scribd has to offer, including books and audiobooks from major publishers. Start Free Trial Cancel anytime. P-N JUNCTION DIODE CHARACTERISTICS AIM:-To observe and draw the Forward and Reverse bias V-I Characteristics of a P-N Junction diode. APPARATUS:- P-N Diode IN4007. The V-I characteristics of the diode are curve between voltage across the diode and current through the diode. When external voltage is zero, circuit is open and the potential barrier does not allow the current to flow. Therefore, the circuit current is zero. The potential barrier is reduced when diode is in the forward biased condition. At some forward voltage, the potential barrier altogether eliminated and current starts flowing through the diode and also in the circuit. The diode is said to be in ON state. The current increases with increasing forward voltage. Therefore, the junction resistance becomes very high and a very small current (reverse saturation current) flows in the circuit. The diode is said to be in OFF state. The reverse bias current due to minority charge carriers. 4 3 CIRCUIT DIAGRAMs:- FORWARD BIAS:- REVERSE BIAS:- 5 4 MODEL WAVEFORM:- PROCEDURE:- FORWARD BIAS:-. Connections are made as per the circuit diagram. OBSEVATION:- S.NO APPLIEDVOLTAGE VOLTAGE ACROSS CURRENT THROUGH ACROSSDIODE(V) DIODE(V) DIODE(mA) PRECAUTIONS:-. All the connections should be correct. Parallax error should be avoided while taking the readings from the Analog meters. RESULT:- Forward and Reverse Bias characteristics for a p-n diode is observed 7 6. ZENER DIODE CHARACTERISTICS AIM: - a) To observe and draw the static characteristics of a zener diode b) To find the voltage regulation of a given zener diode APPARATUS: - Zener diode. Regulated Power Supply (0-30v). A p-n junction diode normally does not conduct when reverse biased. But if the reverse bias is increased, at a particular voltage it starts conducting heavily. This voltage is called Break down Voltage.http://gjbbang.com/userData/board/defcon-1-targus-manual.xml
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High current through the diode can permanently damage the device To avoid high current, we connect a resistor in series with zener diode. Once the diode starts conducting it maintains almost constant voltage across the terminals what ever may be the current through it, i.e., it has very low dynamic resistance. It is used in voltage regulators. PROCEDURE:- Static characteristics:-. The Regulated power supply voltage is increased in steps. 3. The zener current (lz), and the zener voltage (Vz.) are observed and then noted in the tabular form. 4. A graph is plotted between zener current (Iz) and zener voltage (Vz). 9 8 Regulation characteristics:-. The voltage regulation of any device is usually expressed as percentage regulation. The terminals of the zener diode should be properly identified. RESULT:- a) Static characteristics of zener diode are obtained and drawn.During the negative half-cycle of the input voltage, the diode is reverse biased and there is no current through the circuit. i.e, the voltage across R is zero. For practical circuits, transformer coupling is usually provided for two reasons. The voltage can be stepped-up or stepped-down, as needed. The ac source is electrically isolated from the rectifier. Thus preventing shock hazards in the secondary circuit. 12 CIRCUIT DIAGRAM:- PROCEDURE:-. The primary and secondary sides of the transformer should be carefully identified. The polarities of the diode should be carefully identified. 3. While determining the regulation, first Full load should be applied and then it should be decremented in steps. RESULT:-. The Ripple factor for the Half-Wave Rectifier with and without filters is measured. The regulation of the Half-Wave rectifier is calculated 15 4 4. TRANSISTOR CE CHARACTERSTICS AIM. To draw the input and output characteristics of transistor connected in CE configuration. The terminals are emitter, base, collector.http://www.020yibao.com/baige/images/userfiles/defaulting-a-tz-170-sonicwall-manual.xml In common emitter configuration, input voltage is applied between base and emitter terminals and out put is taken across the collector and emitter terminals. Therefore the emitter terminal is common to both input and output. The input characteristics resemble that of a forward biased diode curve. This is expected since the Base-Emitter junction of the transistor is forward biased. As compared to CB arrangement I B increases less rapidly with V BE. Therefore input resistance of CE circuit is higher than that of CB circuit. The output characteristics are drawn between I c and V CE at constant I B. the collector current varies with V CE unto few volts only. After this the collector current becomes almost constant, and independent of V CE. The value of V CE up to which the collector current changes with V CE is known as Knee voltage. Connect the circuit as per the circuit diagram. For plotting the input characteristics the output voltage V CE is kept constant at V and for different values of V BE. Note down the values of I C 3. Repeat the above step by keeping V CE at V and 4V. 4. Tabulate all the readings. 5. plot the graph between V BE and I B for constant V CE OUTPUT CHARACTERSTICS. The supply voltage should not exceed the rating of the transistor. Meters should be connected properly according to their polarities RESULT:.APPARATUS: FET (BFW-) Regulated power supply Voltmeter (0-0V) Ammeter (0-00mA) Bread board Connecting wires THEORY: A FET is a three terminal device, having the characteristics of high input impedance and less noise, the Gate to Source junction of the FET s always reverse biased. In response to small applied voltage from drain to source, the n-type bar acts as sample resistor, and the drain current increases linearly with V DS. With increase in I D the ohmic voltage drop between the source and the channel region reverse biases the junction and the conducting position of the channel begins to remain constant.http://gbb.global/blog/boss-dr-660-pdf-manual The V DS at this instant is called pinch of voltage. If the gate to source voltage (V GS ) is applied in the direction to provide additional reverse bias, the pinch off voltage ill is decreased. In amplifier application, the FET is always used in the region beyond the pinch-off. All the connections are made as per the circuit diagram. The three terminals of the FET must be care fully identified. Practically FET contains four terminals, which are called source, drain, Gate, substrate. 3. Source and case should be short circuited. 4. Voltages exceeding the ratings of the FET should not be applied. RESULT:. The drain and transfer characteristics of a given FET are drawn. The UJT Unijunction Transistor (UJT) has three terminals an emitter (E) and two bases (B and B). The base is formed by lightly doped n-type bar of silicon. Two ohmic contacts B and B are attached at its ends. The emitter is of p- type and it is heavily doped. The resistance between B and B, when the emitter is open-circuit is called interbase resistance.the original unijunction transistor, or UJT, is a simple device that is essentially a bar of N type semiconductor material into which P type material has been diffused somewhere along its length. The N646 is the most commonly used version of the UJT. Circuit symbol The UJT is biased with a positive voltage between the two bases. This causes a potential drop along the length of the device. When the emitter voltage is driven approximately one diode voltage above the voltage at the point where the P diffusion (emitter) is, current will begin to flow from the emitter into the base region. Because the base region is very lightly doped, the additional current (actually charges in the base region) causes (conductivity modulation) which reduces the resistance of the portion of the base between the emitter junction and the B terminal. This reduction in resistance means that the emitter junction is more forward biased, and so even more current is injected.http://demenagementlandry.com/images/845pe-max-manual.pdf Overall, the effect is a negative resistance at the emitter terminal. This is what makes the UJT useful, especially in simple oscillator circuits.when the emitter voltage reaches V p, the current startsto increase and the emitter voltage starts to decrease.this is represented by negative slope of the characteristics which is reffered to as the negative 25 4 resistance region,beyond the valleypoint,r B reaches minimum value and this region,v EB propotional to I E. PROCEDURE:. Connection is made as per circuit diagram. Aim: To construct logic gates OR, AND, NOT, NOR, NAND gates using discrete components and verify their truth tables Apparatus. Digital circuit designer. All the connections should be properly. IC should not be reverse. Results: 30 9 8 Logic Gates using Universal Gate ( NAND ) AIM: To construct logic gates AND, NOT, EX-NOR and EX-OR using NANAD gates and verify their truth tables. APPARATUS: IC 7400 Digital circuit designer Connecting wires Circuit Diagram: NOT Gate Truth Table A Y A Y 0 0 Truth Table AND Gate A B Y A B Y 31 30 OR Gate A Y A B Y EX-OR Gate A B Y A B Y 32 3 EX-NOR Gate A 7400 B Y A B Y PROCEDURE: 4 Connections are made as per the circuit diagram 5 Switch on the power supply 6 Apply different combinations of inputs and observe the out puts PRECAUTIONS. Results: 33 3 9 Combinational Circuits ( half adder, full adder, half subtractor). Using only nand gates. Apparatus Required: -.Digital circuit designer. IC 7486, IC 743, IC 7408, IC 7400, etc. 3. Connecting wires. Circuit Diagram: Half Adder: X Y S C Half Subtractor X D Y B 34 33 Full Adder: X Y S Z C Procedure: -. IC 7486, 7408,743,7404,74 3. Connecting wires. Binary to Gray Code Converter Gray to Binary Code Converter B3 G3 G3 B3 B G G B B G G B B G0 G B0 38 37 Procedure: -. The circuit connections are made as shown in fig. AIM: To design and construct multiplexer and demultiplexer and verify their truth tables. APPARATUS: Digital circuit designer.Connect circuit as per the circuit diagram. Apply different combinations of inputs as shown in truth table and observe the outputs. 3. Tabulate the input and outputs. PRECAUTIONS:. All the connections should be properly. PROGRAM: LXI H, 4000H MOV A, M INX H SUB M INX H: HL points 4000H: Get first operand: HL points 400H: Subtract second operand: HL points 400H MOV M, A: Store result at 400H.Some of the characteristics that will be investigated are the I-V curve and the rectification properties. REV-A 753020 All rights reserved. No part of this book shall be reproduced by any means; electronic, photocopying, Dr. Chitralekha Mahanta Department of Electronics and Communication Engineering Indian Institute of Technology, Guwahati Dr. Chitralekha Mahanta Department of Electronics and Communication Engineering Indian Institute of Technology, Guwahati Module: 2 Bipolar Junction Transistors Lecture-2 Transistor To use the base current gain Dr. Aytac Goren All other diode Regardless of the type, The reverse breakdown voltage is relatively insensitive Op-amps date back to the early days of vacuum tubes, but they only became common This secondary winding has a lead attached Voltage Rectifier A voltage rectifier is a circuit that converts an To use the base current gain The PN Junction Most often, power supplies are Resistance Properties of FETs Dr. Aytac Goren Dr. Aytac Goren ELK 2018 - Contents W01 Basic Concepts in Electronics W02 AC to DC Conversion W03 Analysis of DC Circuits W04 Transistors and Applications (H-Bridge) W05 Op Amps JP Timola Reference: Electronic Devices by Floyd devices that increase the voltage, current, or power level have at least three terminals with one controlling the flow between Maximum Efficiency of Class A Amplifiers. Transformer Coupled Loads. Maximum Efficiency of Class A Amplifiers. Transformer Coupled Loads. We discussed using transistors as switches in the last lecture. The diode is two terminal non linear device whose I-V characteristic besides exhibiting non-linear behavior is also polarity dependent. The It has already been discussed in the previous chapter that a pn junction conducts current easily. Principles of Electronics Basic functions of a power supply. Safety aspects of working Principles of Electronics As it is a single supply it eliminates the need for a duel power supply, thus Many of these, typically one or two per Both constructions have the identical This test is comprised of 90 questions in the following Part of this circuit is shown below.Electrical Engineering Electronics Digital Technology. www.elabo-ts.com Analysis of electrical-engineering systems on component level The initial You will use the MOSFET as a variable resistor and as a switch.Using a 555 Timer Chip Diodes and Transistors protect circuits by limiting the voltage (clipping and clamping) turn AC into DC (voltage rectifier) voltage multipliers (e.g. double input voltage) LD Physics Leaflets P4.2.1.1 However, it cannot be made with two independent back-to-back Electron shells and Orbits No part of this publication General Assessment Information Blueprint Contents General Assessment Information The term DC is used to refer to power systems that use refer to the constant (not changing with time), mean (average) Source Follower Amplifier Source Follower Amplifier As mentione in Lecture 16, there are two major families of transistors. We ve worke with BJTs Power supply applications A common application for diodes is converting AC to DC. Although half-wave rectification All Rights Reserved Analog Quantities Most natural quantities that we see This is used to implement Another two-transistor combination The motor is driven by a circuit mounted near the motor and To use this website, you must agree to our Privacy Policy, including cookie policy. Please try again.Please try again.Please try again. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Register a free business account To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Our webiste has thousands of circuits, projects and other information you that will find interesting. Press Esc to cancel. For the most part, the lab manual includes the standard laboratory experiments that have been used by many academicians related to electronics departments for years. This book helps to. I will incorporate your suggestions and rectify the errors in the next edition.ResearchGate has not been able to resolve any references for this publication. Advertisement Recommendations Discover more Project Electrical Properties of MnS Dr T Veeramanikandasamy Conductivity, Resistivity, etc. View project Project Embedded System Design Dr T Veeramanikandasamy Designing embedded systems with current technologies View project Project Nanomaterial Characterization Dr T Veeramanikandasamy Sambath Krishnan Pradeep kumar Vasudevan View project Book Full-text available Practical Electronics (Volume II): Programming PIC16 Microcontrollers in Assembly and C June 2020 Dr T Veeramanikandasamy The laboratory experiments are an essential component of science and engineering education. The purpose of this book is to provide organized experiments and better enable the learners to know the laboratory aspects of Electronics. This book comprises fifty-five laboratory experiments for the PIC16 Microcontrollers. Each experiment is set-up as a complete module that includes the aim, software and hardware requirements, algorithm, program, circuit diagram, and result. The result section has the sample inputs and outputs in each experiment where the students can verify the results. The primary audience for this book is undergraduate and postgraduate science and engineering students. Some of the advanced technologies presented in this book are currently used in many sectors like communication electronics, consumer electronics, automotive electronics, industrial controls, medical electronics and etc. View full-text Article Full-text available Energy Savings and Speedups from Partitioning Critical Software Loops to Hardware in Embedded System. We describe our loop-oriented partitioning methodology for moving critical code from hardware to software. Our benchmarks included programs from PowerStone, MediaBench, and NetBench. We also estimated results assuming voltage scalable processors. We provide performance, energy, and size data for all of the experiments. View full-text Conference Paper Full-text available A Checkpointing Technique for Rollback Error Recovery in Embedded Systems January 2007 Mohsen Bashiri Seyed Ghassem Miremadi Mahdi Fazeli In this paper, a general checkpointing technique for rollback error recovery for embedded systems is proposed and evaluated. This technique is independent of used processor and employs the most important feature in control flow error detection mechanisms to simplify checkpoint selection and to minimize the overall code overhead. To evaluate the checkpointing technique, a pre-processor is implemented that selects and adds the checkpoints to three workload programs running in an 8051 microcontroller-based system. The evaluation is based on 3000 experiments for each checkpoint. Developing such embedded system, to meet multiple design constraints is a considerable challenge. In order to meet this challenge code optimization techniques at multiple levels are introduced in curriculum focusing on machine dependent and independent optimizations. Architecture specific machine dependent optimization techniques are addressed at basic courses like 8051 Microcontrollers and ARM processors, while machine dependent and independent optimization techniques are addressed at advanced courses like Real Time Embedded System and Course Projects which provides integrated experience. The courses are co-designed and delivered by both industry experts and in-house faculty. This exposure enables our students to be prepared for industry requirements and challenges, and has resulted in increased placements in embedded industries. View full-text Last Updated: 27 Sep 2020 Download citation What type of file do you want. RIS BibTeX Plain Text What do you want to download. Citation only Citation and abstract Download ResearchGate iOS App Get it from the App Store now. Install Keep up with your stats and more Access scientific knowledge from anywhere or Discover by subject area Recruit researchers Join for free Login Email Tip: Most researchers use their institutional email address as their ResearchGate login Password Forgot password. Keep me logged in Log in or Continue with LinkedIn Continue with Google Welcome back. Keep me logged in Log in or Continue with LinkedIn Continue with Google No account. All rights reserved. Terms Privacy Copyright Imprint. 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EC 2 8 ELECTRONICS AND MICROPROCESSORS LAB L T P C 0 3 1 0 LIST OF EXPERIMENTS ELECTRONICS (;3(5,0( 15 1. To describe the pin diagram digital electronics and microprocessors lab manual and pin functions of microprocessor. Microprocessor and Microcontrollers Laboratory Student Manual For. Microprocessor Design Trainer Lab Manual Control Signals Status Signals MUX '0' Data Inputs Data Outputs Datapath ALU Register ff Output Logic Next-state Logic Control Inputs Control Outputs State Memory Register Control Unit ff Microprocessor Enoch Hwang, Ph. Digital electronics is one of the fundamental courses found in all electrical engineering and most science programs. Digital logic first became useful when switching speeds got above 50 Hz, because that was faster than a team of humans operating mechanical calculators. The Microprocessor laboratory is ft2 and supports the ETEE Digital Logic Design, ETEE Introduction to Microprocessors, ETEE Microcontroller Applications courses in the old curriculum and the ELETL Digital Systems Laboratory, as well as digital electronics and microprocessors lab manual the ELET digital electronics and microprocessors lab manual Digital Systems, ELET Microprocessor Fundamentals and ELET Microcontroller Systems courses of the revised curriculum. Microprocessor Lab Microcontroller Lab Instrumentation Lab LIC (Linear Integrated Circuits) Lab Electronic Circuits Lab Digital Electronics Lab. All readings should be within 10 of their marked voltages. Electronic circuits are usually designed for digital electronics and microprocessors lab manual specific purpose, that means one circuit performs only one task, in general cases. It can store one bit at time. It.A. 2. 5. 3. We will use NOR gates and construct an active high S-R latch. Fernando Rios-Gutierrez Dr. DIGITAL ELECTRONICS, digital electronics and microprocessors lab manual MICROPROCESSORS, AND COMPUTERS. By Naaimat Muhammed Introduction The computer you are using to read this page uses a microprocessor to do its work. A. To describe the pin diagram and pin functions of microprocessor. OBJECT ORIENTED PROGRAMMING LAB MANUAL - (All Expe Digital Lab Manual (All Experiments) - CSE And IT Fourier Transform - Repeated University Question P Experiment No: 5 - Implementation of Tree Travers Voltmeters - Measurements and Instrumentation Note Electronic Circuits 1 - digital electronics and microprocessors lab manual Question Bank; Electronic Device and Circuits - Unit. OBJECT ORIENTED PROGRAMMING LAB MANUAL - (All Expe Digital Lab Manual (All Experiments) - CSE And IT Fourier Transform - Repeated University Question P Experiment No: 5 - Implementation of Tree Travers Voltmeters - Measurements digital electronics and microprocessors lab manual and Instrumentation Note Electronic Circuits 1 - Question Bank; Electronic Device and Circuits - Unit. INDEX CYCLE I A. It can store one bit at time. Switch on the VCC power supply and apply the various combinations. The modules refer to a 6 V supply, but they work well at 5 Volts. Index of Tables This lab manual provides an introduction to digital logic, starting with simple gates and building up to state This manual concentrates on the basic building blocks of digital electronics: logic gates and memory. Welcome to the ECE lab manual! I. The electronic circuitry inside a microprocessor is called a digital logic circuit or just digital circuit. To describe the digital to analog conversion. Shankraiah Course outcomes: After the completion of laboratory the student will be able to, 1.g. An S-R (Set, Reset) latch is a digital storage device. EC 2 8 ELECTRONICS AND MICROPROCESSORS LAB L digital electronics and microprocessors lab manual T P C 0 3 1 0 LIST OF EXPERIMENTS ELECTRONICS (;3(5,0( 15 1. To explain the features of microprocessor. The microprocessor is the heart of any normal computer. A gate is a digital electronic circuit.