full description of the product for 6 English - English for beginners Manufacturer: Play , 2004 Requirements: # 166 MHz processor # 16 MB RAM Windows 95/98/ME/2000/XP #
program to learn English for beginners. It contains 12 different themes such as shopping, city and transport them in numerous exercises and recordings performed by professional voice perfectly suited to refresh the knowledge of language, repetition of vocabulary and dialogue necessary to communicate abroad. In each group of interest Science crossword puzzles and diagrams useful in everyday phrases and complete sentences and their translations and pronunciations.
Weight: 2.93MB Sami is a program to install mods and cars for GTA San Andreas, the program turns eg MONSTER the truck at the Mercedes SL 65 AMG.Wersja program v1. 1.
Sims2 Sims2 Glamour Life 2.The Stuff 3.The Sims2 Pets / Pets 4.The Sims2 In college / University 5.The Sims2 Life Stories 6.The Sims2 Open for Business / Open for Business 7.The Sims2 Seasons / Season 8.The Sims2 Nightlife / Nightlife 9.The Sims2 Family Fun Stuff
Download: http://rapidshare.com/files/105384468/Cracki_do_Sims_2_i_Dodatkow_by_Sebas_GT.rar . html
handbook presents complex issues of electricity and electronics in cars, starting with a reminder of basic concepts of electricity, and the discussion of electronic control systems and control in contemporary cars finishing. Without knowledge about the structure and principles of diodes and transistors it is difficult to understand how such an electronic ignition, and knowledge of analog and digital data transmission allows for a better understanding of such interaction with the anti-lock ABS system ESP. These are just some examples of the rich material presented in the book.
Author: Anton Herner, Hans-Jurgen Riehl format B5, p. 460, fig 558, tab. 22 book was published in 2003 (First Edition) / 2004 (second edition) / 2006 (Issue III)
Contents: Foreword
1.The Basic concepts of electricity
1.1. Atomic structure 1.2. Voltage 1.3. Current 1.4. Resistance 1.5. The possibility of generating power 1.6. Effects of electric current 1.7. Safety regulations 1.7.1. The impact of electric current in the human 1.7.2. First aid for electric shock 1.8. Types of voltage
2.Schematy electrical connections
2.1. The components and construction of an electric circuit 2.2. Graphic symbols 2.3. Schematic diagrams 2.3.1. Wiring Diagram 2.3.2. circuit diagram 2.4. Marking of electrical equipment 2.5. The terminals 2.6. Types of contacts
3.Pomiary
universal measure of 3.1. Types of meters 3.2. Markings on the universal analog gauges 3.3. Markings on the universal digital gauges 3.4. The tolerances multimeters 3.4.1. Analog Meters 3.4.2. Universal Digital Meters 3.5. Measurement of voltage meter digital versatile 3.6. Measurement of the intensity of a universal digital meter 3.7. Resistance Measurement universal digital meter 3.8. Summary: The measurements of voltage, current and resistance
4.Podstawy electrical
4.1. Ohm's law 4.2. Voltage loss 4.2.1. Voltage in a closed circuit 4.2.2. Voltage in open circuit 4.3. Electric power 4.4. Conductor resistivity 4.5. Connections parallel and serial 4.5.1. Serial connection 4.5.2. Parallel connection 4.5.3. Overview 4.6. Polling mixed 4.6.1. Extended 4.6.2 serial connections. Extended parallel connection 4.7. Voltage divider, Potentiometer 4.7.1. Unloaded voltage divider 4.7.2. Charged to the voltage divider 4.8. Temperature-dependent resistors 4.8.1. PTC resistors 4.8.2. NTC resistors 4.8.3. Temperature-dependent resistors (in cars) 4.9. Capacitor 4.9.1. Capacitor for storage of electrical charges 4.9.2. Direction of flow Current 4.9.3. Construction 4.9.4. Mode of action 4.9.5. The course of charging and discharging 4.9.6. The capacitor in the circuit of AC 4.9.7. Capacitor as an element of suppression in the car 4.10. Inductance 4.10.1. Magnetism 4.10.2. Magnetic induction 4.10.3. Coil 4.10.3.1. Emf, self induction coil when you turn 4.10.3.2. Emf, self induction coil after disconnecting 4.10.4. Transformer 4.10.5. Relay 4.10.5.1. The principle of operation 4.10.5.2. Types of relays 4.10.5.3. The construction of the reed relay 4.10.5.4. Examples of applications of relays reed in the car
5.Podstawowe electronic components
5.1. LED 5.1.1. LED as an electric valve 5.1.2. Checking the LEDs 5.1.3. The use of diode as a rectifier of alternating current 5.1.4. Bridge circuit in a three-phase generator 5.1.5. LED to the circuit in the electrical 5.1.6. Diode to reduce the excitation voltage 5.1.7. Determination of diodes 5.2. Zener diode 5.2.1. Properties 5.2.2. Zener diode for surge protection in the relay 5.2.3. Zener diode as a diode in the alternator-phase straightening 5.3. Light emitting diode (LED) 5.3.1. Properties 5.3.2. Construction 5.3.3. Examples of applications 5.3.4. Photoresistor (LDR) 5.4. Transistor 5.4.1. Features 5.4.2. The transistor as a controllable element 5.4.3. Comparison of the transistor to the relay 5.4.4. Checking and control functions 5.4.5. Brake wear indicator friction pads 5.4.6. Transistor as an amplifier 5.4.7. Darlington circuit 5.4.8. Emitter 5.4.9. Delay-off 04/05/1910. Bistable circuit relaxation 05/04/1911. Monostable circuit relaxation (delay off) 04/05/1912. Monostable circuit relaxation (Delay integration) 05/04/1913. Unstable system 04/05/1914 relaxation. Duty cycle 04/05/1915. Schmitt
6.Thermodynamic analysis system and signal flow diagrams
6.1. Analysis of the effects of 6.2. The car as a system 6.3. Signal flow diagram
7.Podstawy digital technology
7.1. Analog and digital signals 7.2. The principle of analogue 7.2.1. Problems analogue 7.2.2. Examples of analogue 7.3. The logic of the basic digital connection 7.4. Review of basic logic functions 7.5. Data processing logic element 7.5.1. Signal Level 7.5.2. The signal level in the car 7.6. Basic logic functions 7.6.1. Logical 7.6.2. Logical 7.6.3. Logical negation 7.6.4. Summary 7.6.5. Abbreviations used 7.6.6. Selected symbols logic elements 7.6.7. Example 7.7. Complex logic elements 7.8. Binary
8.Transmisja data in the car
8.1. Examples 8.2. Information processing in the control 8.3. Analog-digital converter 8.4. Weak point of the plug connection system 8.5. Data transmission via the data bus 8.6. Self-diagnosis 8.6.1. Supervision of the sensor (eg, coolant temperature) 8.6.2. Supervising adjuster (eg, idle adjustment)
9.Sterowanie and regulation
9.1. The difference between the control and regulation of 9.1.1. Chain Control 9.1.2. Control loop 9.2. Control 9.2.1. 9.2.2 Definition of Control . Chain control 9.2.3. The size of the input and output control chain 9.2.4. Types of control according to the type of signal 9.2.5. Binary control 9.2.6. Control Analog 9.2.7. Digital control 9.2.8. Types of control by the signal processing 9.3. Adjusting 9.3.1. Man, as a controller in the control circuit 9.3.2. Definition of control 9.3.3. Block diagram of control loop 9.3.4. The components of the control system 9.3.5. Control loop 9.3.6. 9.3.7 Types of controllers . Transients 9.3.8. current regulation 9.3.9. Adjusting the engine idling 9.3.10. Fuel tank venting 9.4. Adaptive control systems 9.4.1. Adapting the example of regulation of lambda 9.4.2. Diagnostic problems arising the adaptation
10.Oscyloskop
Workshop 10.1. Analog and digital signal representation 10.2. Coupling DC / AC 10.3. Y-axis 10.4. The X-axis 10.5. Impulse trigger 10.5.1. Level trigger pulse 10.5.2. The slope of the trigger pulse 10.6. Images of typical signals from the sensors 10.7. Checking the alternator 10.7.1. Harmonic signals 10.7.2. Influence of type of feedback on images 10.7.3. Examples of faults detected during test generator
11.Samochodowe electronics
11.1. The principle of operation 11.2. Signals Input and output 11.3. Controllers samodiagnozowaniem 11.4. Basic principles for handling electronic circuits 11.5. Diagnostic Tips
12.Układy plugs
12.1. Contactless ignition control 12.1.1. Advantages 12.1.2. Construction and operation of 12.1.3. Inductive ignition trigger signal transistor 12.1.4. Emit a signal by the Hall sensor 12.1.5. Troubleshooting ignition controlled contactless 12.2. Electronic ignition 12.2.1. Functional diagram of the inputs and outputs of the control 12.2.2. The most important signals input to calculate KWZ 12.2.3. Additional input signals 12.2.4. Output signals and instructions for detecting faults 12.3. Completely electronic ignition 12.3.1. The construction and advantages of the separation of high voltage static 12.3.2. The static part of the coil high voltage bipolar 12.3.3. Feedback on current static spark ignition 12.3.4. Tips for troubleshooting
13.Układy Injection
13.1. Continuous injection (K-Jetronic) 13.1.1. Description of functions and system components 13.1.2. Components and their functions 13.1.3. Further, electric circuit elements 13.1.4. Wiring diagram 13.1.5. K-Jetronic layout of the regulation of lambda 13.2. KE-Jetronic layout 13.2.1. Differences in relation to the system K-Jetronic 13.2.2. The input signals and their relevance to the electronic control 13.2.3. Adjustment of the injection pressure by the Electronic adjuster 13.3. Intermittent injection (L-Jetronic) 13.3.1. A general description of system 13.3.2. Components and their functions 13.3.3. The functions of the control 13.3.4. The overall wiring diagram of 13.4. Mono-Jetronic layout 13.4.1. Circuit fuel 13.4.2. The input signals to determine the operating conditions 13.4.3. Operation control device, output signals 13.5. Adjusting lambda 13.5.1. Adapting mixture 13.5.2. Construction and operation of the Lambda 13.5.3. Lambda probe the contribution of the titanium dioxide 13.6. The electronically controlled injection systems for diesel engines 13.6.1. General information, overview of 13.6.2. The input signals and their impact on system performance 13.6.3. Control of different injection pumps and other output signals 13.6.4. Direct injection in diesel engines 13.6.4.1. The radial distributor injection pumps 13.6.4.2. Unit injector systems (UIS) and individual injection pumps 13.6.4.3. Reservoir injection,
14.Zintegrowane injection-ignition systems (Motronic)
14.1. General Information 14.2. Additional features in various solutions Motronic 14.3. Layout Motronic M3.3
15.Układy regulation and control of driving dynamics
15.1. Antilock braking system (ABS) 15.1.1. Basic functions and the overall construction of the ABS 15.1.2. Wheel speed sensors 15.1.3. Closed circuit with solenoid valves 3 / 3 15.1.4. Open system with solenoid valves 2 / 2 15.1.5. Closed system with solenoid valves 2 / 2 15.1.6. ABS for motorcycles 15.2. Antilock braking system (ASR) 15.2.1. Antilock braking system with electromagnetic valves 3 / 3 15.2.2. Antilock braking system with electromagnetic valves 2 / 2 15.3. Stability Programme 15.3.1. Description of the Stability 15.3.2. Input and output signals 15.4. Adjustable differential lock 15.4.1. Input and output signals in the device control 15.4.2. Electrohydraulic and electromagnetic lock 15.4.3. The electrical circuit of the electromagnetic lock four-wheel drive system 15.5. Electronic shock absorber control
16.Układy passive safety
16.1. Introduction 16.2. Construction and operation of the front airbags 16.3. Supervise the layout and safety regulations 16.4. Side airbags Gas 16.5. Curtain gas 16.6. Pyrotechnic seat belt tensioners 16.7. Compact pillow (eurobag) 16.8. An example of a complete system
17.Układy theft protection
17.1. Electronic protection against unauthorized use 17.1.1. The security of the transponder before entering the car 17.1.2. Installation of the immobilizer in the car is not factory-sealed 17.2. Alarm systems 17.2.1. A general description of 17.2.2. The input signals and components have 17.2.3. Output signals and alarm system wiring diagram
18.Układy increasing comfort
18.1. Control of heating and air conditioning 18.1.1. Description of operation and construction of 18.1.2. The principle of air conditioning 18.1.3. The input signals 18.1.4. Output signals and operation 18.1.5. Schematic 18.2. Electronic control gear box 18.2.1. Description of 18.2.2. Input and output signals 18.3. Electronic control clutch 18.4. Adjust speed 18.4.1. Description of system operation 18.4.2. Components, input and output signals 18.5. Electronic Distance Measurement (parking assistant) 18.6. Central locking doors 18.6.1. Central locking doors with pneumatic nastawnikami 18.6.2. Central locking doors with electric nastawnikami 18.7. Power windows 18.8. Electric roof control 18.9. Electrical adjustment of external mirrors 18.10. Electric seat adjustment 18.11. Electrically adjustable seats and mirrors with memory settings 18.12. Electrically adjustable steering column position
19.Sieć calls
19.1. Defining the problem 19.2. Modular construction 19.3. Data exchange systems 19.3.1. Introduction 19.3.2. Data exchange systems 19.3.3. Mileage Communications 19.4. Example of a network serial
full description of the product for 6 
