calculate bending moment (BM) values at specified points, including the magnitude and position of the maximum bending moment Mechatronics Electrical/electronics recognise the circuit symbols for: cells and batteries power supply (DC) fuse voltage regulator 3 pin voltage positive – switches SPST, SPDT and DPDT push to make and push to break value resistors potentiometer, including its use as a variable resistor dependent resistor (LDR) thermistor (NTC) capacitor polarised and non-polarised – diodes rectifier and LED – bulbs/lamps DC motor Stepper motor (unipolar) SPDT and DPDT relays transistor (NPN) integrated circuit (generic) measuring instruments voltmeter, ohmmeter and ammeter – describe general characteristics of components read and sketch simple circuit diagrams that contain the components that relate to microcontroller and interfacing circuits apply markings value resistors 4 band E12 series – capacitors: pF, nF and μF serial numbers data sheets – pin outs: voltage regulator, transistor and integrated circuits Laws and principles Ohm’s Law V = IR Kirchhoff’s Laws I = 0 Kirchhoff’s Current Law ∑ V = 0 Kirchhoff’s Voltage Law ∑ ∆ calculate power
calculate bending moment (BM) values at specified points, including the magnitude and position of the maximum bending moment Mechatronics Electrical/electronics recognise the circuit symbols for: cells and batteries power supply (DC) fuse voltage regulator – 3 pin voltage positive switches SPST, SPDT and DPDT push to make and push to break value resistors potentiometer, including its use as a variable resistor dependent resistor (LDR) thermistor (NTC) capacitor – polarised and non-polarised diodes – rectifier and LED bulbs/lamps DC motor Stepper motor (unipolar) SPDT and DPDT relays transistor (NPN) integrated circuit (generic) measuring instruments – voltmeter, ohmmeter and ammeter describe general characteristics of components read and sketch simple circuit diagrams that contain the components that relate to microcontroller and interfacing circuits apply markings value resistors – 4 band E12 series capacitors: pF, nF and μF serial numbers – data sheets pin outs: voltage regulator, transistor and integrated circuits Laws and principles Ohm’s Law V = IR Kirchhoff’s Laws ∑ I = 0 Kirchhoff’s Current Law ∑ ∆ V = 0 Kirchhoff’s Voltage Law calculate power
Engineering-Studies-Y12-Syllabus-ATAR-GD.DOCX