This document provides circuit symbols and their explanations used in circuit diagrams. It includes common electronic components like batteries, resistors, capacitors, transistors, integrated circuits, and other symbols. The document also demonstrates how to plan circuit board layouts by placing components and drawing trace connections between them on a grid-based board template. Examples are given of improving circuit board layout plans and checking the designs. Guidance is provided on positioning integrated circuits in the center and drawing positive and negative power connections.
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MRV300 is the standard model of Nova receiving card. It has the following features:
1) Single card outputs 16-group of RGBR 'data;
2) Single card outputs 20-group of RGB data;
3) Single card outputs 64-group of serial data;
4) Single card supports resolution of 256x226;
5) Configuration file readback;
6) Temperature monitoring;
Contact:
Rettar Du
General Manager
Ocolour Technologies Co., Limited
Tel: +86-755-2691 5212
Fax: +86-755-6160 5212
Web: www.ocolour.com
Email/Skype: info@ocolour.com
Mob/Whatsapp: +86-186 6458 8467
Add: Huamei Rd., Songgang Ave.,
Songgang Town, Bao’an District, Shenzhen, China
Receiving card mrv300 specifications v2.1.1Max Dan
MRV300 is the standard model of Nova receiving card. It has the following features:
1) Single card outputs 16-group of RGBR 'data;
2) Single card outputs 20-group of RGB data;
3) Single card outputs 64-group of serial data;
4) Single card supports resolution of 256x226;
5) Configuration file readback;
6) Temperature monitoring;
Contact:
Rettar Du
General Manager
Ocolour Technologies Co., Limited
Tel: +86-755-2691 5212
Fax: +86-755-6160 5212
Web: www.ocolour.com
Email/Skype: info@ocolour.com
Mob/Whatsapp: +86-186 6458 8467
Add: Huamei Rd., Songgang Ave.,
Songgang Town, Bao’an District, Shenzhen, China
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108EN Electrical and Electronic scienceDesign, Simulation .docxpaynetawnya
108EN Electrical and Electronic science
Design, Simulation and Technical Report
Place a picture of your hardware design
Contents
List of Figures 0
List of Tables 0
Part A: DC circuits [15 marks] 1
Introduction (5 Marks) 1
Design and simulation (35 Marks) 1
Hardware design (10 Marks) 2
Part C Results (10 Marks) 3
Part C (10 Marks) 4
Conclusions and Recommendations (5 Marks) 5
References (5 Marks) 5
Appendix (optional) 5
1
List of Figures
Figure 1: The simulated circuit1
Figure 2: The designed decoder2
Figure 3: The hardware circuit2
Figure 4: Priority encoder3List of Tables
Table 1: Truth table2
Part A: Semiconductor Devices, LO 5,6 [10 marks]
Take a photo of your constructed circuit [1 mark]
Insert a screenshot showing the signal across the load resister[4marks]
Explain the produced graph and steps you followed to accomplish it. This should prove your ownership of the design and understanding of the functions of MyDaq kit [5 marks].
Part B: Digital Circuits LO 3,6 [75 marks]Introduction (5 Marks)
Briefly summarise your project and steps followed to accomplish it. This should be written last and should be short (about 100 to 150 words). It should emphasize briefly the basis or reasons for the experiment. In addition, the methodology/ procedure, analysis, significant findings, conclusions and recommendations are also expected to be summarised concisely (in few sentences bearing in mind the number of words limitation).
The introduction should include an introductory paragraph that details the relevance of this lab to the demonstration of engineering principles.
A few paragraphs should be written that give good examples of where this work occurs in industry/ engineering design etc (Provide some figures of relevant application).
Introduce very briefly the rest of the Lab report sections here.
Hardware design (15 Marks)
Provide a brief description of all elements used in building the circuits (Push buttons, Pull-up resistors, Inverters, decoders, 7-segment resistors and 7-segment), suggestions and further improvements. Use the datasheets provided via Moodle or any other references. Use Harvard referencing guide found on Moodle.
Figure 3: The hardware circuit
Figure 4: Priority encoder
Figure 5: Common Anode 7 segment display (Source: ElectronicsTutorials)
Use Harvard referencing. Design and simulation (35 Marks)
Figure 1: The simulated circuit on Multisim
Re-design the SN7447A IC using logic gates, explain how and what you have done. Provide background theory and math (Boolean) where appropriate.
Table 1: Truth table
Clearly labelled photographs or schematics (often preferable) of the equipment are required.
Figure 2: The designed decoder on Multisim
It is important to show evidence of deep gained knowledge.
Conclusions and Recommendations (5 Marks)
This section (100 – 200 words) should briefly summarise the main conclusions of the laboratory exercise. What comes first, simulation or hardware c ...
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3. Circuit Symbols Wires and connections Wire Wires not joined Wires joined Copyright All Right Reserved 2009 : kry... Studio
4. Circuit Symbols Power Supplies Battery - + Cell DC supply Copyright All Right Reserved 2009 : kry... Studio
5. Circuit Symbols Power Supplies AC supply ~ Fuse Earth(Ground) Copyright All Right Reserved 2009 : kry... Studio
6. Circuit Symbols Switches Push Switch(push-to-make) Push-to-Break Switch On-Off Switch(SPST) 2-way Switch/On-on(SPDT) Copyright All Right Reserved 2009 : kry... Studio
7. Circuit Symbols 2-way Switch/On-on(SPDT) Switches NC COM NO Copyright All Right Reserved 2009 : kry... Studio
8. Circuit Symbols Resistors Resistor Rheostat Potentiometer Preset Copyright All Right Reserved 2009 : kry... Studio
9. Circuit Symbols Capacitors Capacitor Capacitor, polarised Variable Capacitor Trimmer Capacitor + Copyright All Right Reserved 2009 : kry... Studio
10. Circuit Symbols Diodes LEDLight Emitting Diode Photodiode Zener Diode Diode Copyright All Right Reserved 2009 : kry... Studio
11. Circuit Symbols Meters Digital Multimeter Analogue Multimeter Voltmeter Galvanometer Ammeter Ohmmeter V A Ω Copyright All Right Reserved 2009 : kry... Studio
12. Circuit Symbols Output Devices Lamp (indicator) Lamp (lighting) Buzzer Motor M Copyright All Right Reserved 2009 : kry... Studio
13. Circuit Symbols Audio Microphone Earphone Loudspeaker Amplifier(general symbol) Copyright All Right Reserved 2009 : kry... Studio
14. Circuit Symbols Transistors Transistor NPN Transistor PNP Phototransistor Copyright All Right Reserved 2009 : kry... Studio
15. Circuit Symbols Sensors (input devices) LDR Light Dependent Resistor Thermistor Copyright All Right Reserved 2009 : kry... Studio
16. Circuit Symbols Integrated Circuits (Chips) IC M66T Melody IC IC 555 Timer IC IC 741 Operational Amplifier 8 4 7 7 2 2 6 1 3 6 3 4 3 5 1 2 Copyright All Right Reserved 2009 : kry... Studio
