| Energy & Forces - Properties & uses of energy - Electricity & Microelectronics - G30 | |
 Development of TargetEF-F1.5 |
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| EF-F1.5 | Analyse the functions of everyday electronics systems in terms of input and output conditions |
| Energy & Forces - Properties & uses of energy - Electricity & Microelectronics - G30 | |
|
Development of Target EF-F1.5 |
|
| EF-F1.5 | Analyse the functions of everyday electronics systems in terms of input and output conditions |
| Give three examples of electronic systems in everyday life. |
| State the three parts of an electronic system input, process , output |
| Give examples of input devices to include push switch, slide switch, temp. sensor & light sensor. |
| Give examples of output devices to include buzzer, lamp, LED, motor. |
| Identify the input/output parts of everyday electronic systems. |
| Describe the energy changes taking place in the input/output parts of a circuit as appropriate. |
| 1 | Outcomes could be addressed using MFA Decisions materials. DC1 - DC8 |
| 2 | To support this work simple basic systems could be simulated using Croc Clips Physics. |
| 3 | Motor, lamp, buzzer speaker, solenoid, microphone, thermocouple, photocell. |
