1kHz sinusoidal voltage with amplitude of 5V for circuits (1)‚ (2) and (3)‚ and with amplitude of 10V for circuit (4). NOTE: The output voltage in circuit (2) is across the resistor‚ none of its terminals are grounded. Take this into consideration to avoid mistakes such as: (a) presenting the voltage drop across the resistor and D2 as the output voltage and (b) short circuiting D2 by connecting the ground of a cathode-ray
Premium
NANYANG TECHNOLOGICAL UNIVERSITY [pic] ANALOG CIRCUIT DESIGN LAB312 REPORT (S2-B4a-04) Student name: xxx Student no: xxx Group: xxx Date of submission: xxx TABLE OF CONTENTS 1. Introduction……………………………………………………….3 • 1.1 Background…………………………………………..3 • 1.2 The Capture Work Environment……….…………. 4 • 1.3 The PSPICE A/D Simulation Environment……… 5 • 1.4 Objective……………………………………………. 6
Premium Electronic design automation Electronic engineering Circuit diagram
* Table of Contents 1. Introduction 1 2. Background 2 3. Power Electronic Converters 4 4. Control of Motors Driving Grinding Mills in Mines 5 4.1. Load Commutated Inverter Drive 6 4.2. Cycloconverter 8 4.3. Slip Control Variable Speed Drives 9 5. Mechanical Problems of Large Grinding Mills. 11 6. Electrical Problems Caused by large Grinding Mills 12 7. Conclusion 13 7. References 14 Introduction In the mining industry grinding mills are used to crush mined ore. To take advantage
Premium Electric motor Electric motors
PART I CHAPTER III DIODES APPLICATIONS –SPECIAL PURPOSE DIODES OBJECTIVES 3.1 I-V- characteristics of normal and zener diode and measurement of static and dynamic resistance 3.2 I-V characteristics on CRO 3.3 Clipping circuits using diodes 3.4 Clamping circuits using diodes 3.5 Diode as a voltage multiplier 3.6 Diode used as a meter over current protection INTRODUCTION SEMICONDUCTORS Semiconductors are materials which are used to manufacture all electronic and optoelectronic devices
Premium
transistor using experimental methods and determine. Determine the value of the alpha and beta ratios of a transistor. Construct series and shunt voltages regulator configurations. Calculate and measure Vout when input power supply Vin is changed while resistor load Rl is fixed and vice versa for voltage regulator circuit. Describe the difference of clipping and climping circuits. Analyze inverting amplifier‚ non-inverting amplifier‚ summing amplifier and multistage of op-amp circuits. Part 1A :Fundamental
Premium Bipolar junction transistor
5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. To demonstrate the effect of angle of launch on range of a projectile. To demonstrate that the moment of inertia of a rod changes with the change of position of a pair of equal weights attached to the rod. To study variation of volume of a gas with its pressure at constant temperature using a doctors’ syringe. To demonstrate Bernoulli’s theorem with simple illustrations To demonstrate that heat capacities of equal masses of different materials are different
Premium Magnetic field Electromagnetism
it converts a DC voltage to an AC voltage then it boosts up the AC voltage to mains voltage level by using a transformer. In this laboratory experiment‚ an CMOS IC were used to function as a 50 Hz oscillator‚ along with the necessary transistors‚ resistors‚ capacitors and a transformer to form a 230V AC source from a 12V DC. The design process was taken through the several steps of calculations‚ computer simulation and verification. The circuit design was simulated by the Multisim software. The effects
Premium Alternating current Transistor
Name ________________________ Date ___________ Block ___ Electric Currents Review 1) When work is done on a positive test charge to move it from one location to another‚ potential energy ______________ (increases‚ decreases) and electric potential _____________________ (increases‚ decreases). 2) When a positive test charge naturally moves from one location to another (without the exertion of a non-conservative force)‚ potential energy _________________ (increases‚ decreases) and electric potential
Premium Electromagnetism Electric current Electric charge
wire Red and black insulated wire (0.5 mm) ‚ 5 meters long each 1 tube of super adhesive glue 1 roll of scotch tape 1 roll of insulation tape Aluminum foil 50mm x 500 mm 1 DC high voltage power supply ?up to 50kV at 5005A Ruler Paper knife 1 resistor 10kohm‚ 2W Procedure 1. For this experiment‚ the independent variable is the DC voltage. The dependent variable is the height of the levitation. This is determined by measuring the height with a ruler. The constants (control variables) are
Premium Copper Direct current Aluminium
// attaches the servo. pinMode(Exit‚ INPUT); // set "EXIT" button pin to input pinMode(In‚ INPUT); // set "IN" button pin to input digitalWrite(Exit‚ HIGH); // Connect Pull-Up resistor. digitalWrite(In‚ HIGH); // Connect Pull-Up resistor. pinMode(segA‚OUTPUT); pinMode(segB‚OUTPUT); pinMode(segC‚OUTPUT); pinMode(segD‚OUTPUT); pinMode(segE‚OUTPUT); pinMode(segF‚OUTPUT); pinMode(segG‚OUTPUT); pinMode(Bright‚OUTPUT); analogWrite(Bright
Premium Integers