51ºÚÁÏ

A workbook to introduce students to aspects of health & safety in the workshop and work environment. It includes: Declaration front sheet Identifying chemical safety signs Identifying hazard signs Identifying mandatory signs Identifying prohibition signs Identifying safe condition / advisory signs Identifying PPE and their use Identifying workshop tools (x3) Identifying hazards - two very simple risk assessments

A collection of eight A4 posters/presentations which show images of eight different fruits and their countries of origin: Apple Banana Kiwifruit Grapes Orange Pomegranate Lychee Passion fruit

Seven pages of notes relating to logic gates. Building from the basics of the difference between analogue and digital signals and how logic levels can be represented by voltages. Circuit symbols, boolean expressions and truth tables are explored. This resource is an introduction to PART 2 which covers concepts of combinational logic. Logic and voltage levels Logic gates Logic gate symbols AND, OR and XOR gates NAND, NOR and XNOR gates NOT gates Propagation delay

Flash card activity for electrical workshop tools and equipment. Set of 23 flashcards to cut out. A 23 page powerpoint gives a description of each tool and students to place or stick appropriate images over the six blank spaces on worksheet. Good for starters/plenary, appropriate tools can be selected depending on focus of the lesson. Tools covered are: Pipe bender Bending sprint Pliers Side cutters Claw hammer Battery drill Drill bit Hole saw Spirit level Stanley knife Hacksaw Junior hacksaw Screwdrivers PVC pipe cutter Pipe grips Steel tape measure Metal bender Continuity meter Proving unit Voltage detector Test plug

Two pages of notes intended for Level 3 learners studying Electronics A-Level or BTEC Engineering.

An extensive flash card activity for electrical equipment and accessories. Set of 40 flashcards to cut out. A 40 page powerpoint gives the name of the equipment and students to place or stick appropriate images over the six blank spaces on worksheet. Good for starters/plenary, different cards can be selected depending on the content of the lesson.

A set of notes covering a broad range of electronics topics relating to A-Level Systems & Control. There are 44 pages and they cover the following topics: Symbols Conductors & Insulators Resistor colour codes Resistor suffixes, E12 E24 Potentiometer overview Capacitor types Applications of capacitors (coupling, decoupling, smoothing and timing) Diodes Diodes and back EMF Rectifiers Operational amplifiers Comparator circuit - temperature sensor Inverting amplifier Non-inverting amplifier & Buffer LEDs LED Characteristics Photodiodes Photoconductive and photovoltaic modes Phototransistors Optocouplers Optocoupler application Phototransistors Slotted optoisolators RC Timing RC Delays 555 Astable circuit Calculating astable frequency & Monostable circuit Bipolar transistors MOSFETs ESD DC Motors H-Bridge motor control description L293 half-bridge driver L293 continued PWM speed control Digital electronics - TTL and CMOS characteristics Logic levels, ESD and floating logic levels AND, OR and XOR symbols and truth tables NOT, NAND & NOR symbols and truth tables XNOR symbol and truth table Combinational logic 1 Combinational logic 2 4017 Decade counter

A complete design and make project based on the design and construction of a torch using QTC pills as switches, two LEDS and a thyristor. The design and building of the project is divided into eight stages which can form the basis of individual sessions. The project includes the following detailed powerpoints: Introduction - 10 pages setting out the design brief and providing detailed 3D renderings of an examplar product Prototyping - 6 pages explaining the importance of prototyping Making the case - 11 pages demonstrating how a 2D package and laser cutter are used to produce torch body by laminating acrylic QTC Circuit: 13 pages describing how QTC works and how it is applied to the project Building the circuit - 2 pages showing PCB layout, component list and PCB design which can be used to manufacture the PCB Making the battery holder - 5 pages showing how copper strip is moulded to form a battery holder Laminating: 5 pages briefly setting out how acrylic can be laminated to make 3D models Finishing Techniques - 11 pages showing how files, wet and dry and buffing machines are used

8 flashcards to cut out of PPE equipment. Powerpoint provided with description of each. Students to place in order on worksheet provided. Resources also available on TES for download on the identification of tools and equipment - (23 tools and 40 pieces of electrical equipment)