Applied Electronics
Year: III, Precision Mechanics
Semester I, 2003-2004
Room C302b, Faculty of Mechanics

1. Resistors. Linear resistor. Voltage divider. NTC and PTC resistor. Photoresistor
2. Capacitors. Coils. Transormers
3. Diodes. Transistors.
4. Operational amplifiers
5. Logical circuits.
6. CAN, CNA converters
7. Evaluation

Peripheral Equipments 2
Year: V, Precision Mechanics
Semester I, 2003-2004
Room A022, Faculty of Mechanics

        1. Laser printers. Principles and mechanical structure. HP LaserJet series II printer.
        2. Drum plotters. Constructive studies and design principles of PIF03 drum plotter.
        3. Table plotters. Design and particularities.
        4. Magnetic storage principles. Recording on the magnetic band.
        5. Hard-disk constructive solutions. Floppy-disk 3.5" and 5.25" case study.
        6. CD-Rom and DVD units.
        7. Display units. Evaluation. 

Mechanics
Year: I, II Computer Science
Semester I, 2003-2004
Room A022b, Faculty of Mechanics

        1.   Revision. General presentation of a mechanical engineering areas.
        2.   The notion of mechanisms. Kinematic element. Joint. Kinematic chain.
        3.   Family of mechanisms. Mobility degree. Redundant joints and elements.
        4.   Kinematic analysis of mecanisms. Vectorial and transfer function method.
        5.   Modelling and simulation of mechanisms using 3D modelling software.
        6.   Cam mechanisms. 
        7.   Intermitent transmission mechanisms.
        8.   Gear mechanisms. 
        9.   Planetary gear mechanisms.
        10. Dinamics of mechanisms.
        11. Peripheral equipments. Printers.
        12. Hard-disk,  floppy disk and CD-Rom.
        13,14. Evaluation.   

Actuators in Mechatronics
Year: IV, Mechatronics
Semester I, 2003-2004
Room A022, Faculty of Mechanics

        1. Calculus of reduction elements. Examples.
        2. Stepper motors. Types of stepper motors. Internal structure. Actuation circuits. 
        3. Measurements regarding the structure of stepper motor.
        4. Command of stepper motor using the personal computer.
        5. Servomotors. Calculus of choosing and verify for a given transmission.
        6. Control principles of servomotors.
        7. Shape memory alloys. Experiments.
        8. Artificial muscles. Experiment. 
        9. Evaluation.
 

Actuation Systems 1
Year: IV, Precision Mechanics
Semester I, 2003-2004
Room A022, Faculty of Mechanics

        1. Calculus of reduction elements. Examples.
        2. Spring as actuator. Design calculus and implementation problems.
        3. Pneumatic actuation system. The general structure of a pneumatic system. Symbols
        4. Filters Regulators and lubricators. Design
        5. Pneumatic actuators. Pneumatic valves. Design and simulations of pneumatic systems
        6. Power and flow control elements. Study on the didactical stands
        7. Sensors. Evaluation