barnflakes said:I just started work in the lab and I'm finding myself having to build lots of circuits. Only problem is I have never studied these before ever, and don't even know the basics really. Can anyone recommend a concise intro to electronics which covers all the things I should know but not the things that aren't fundamental (I can always read into those later)?
Studiot said:Electronics Circuits Handbook : Design Testing Construction
By Michael Tooley
is what you need.
Electronics is the study and application of electrical circuits and devices. It is related to physics because it involves the principles of electricity and magnetism, which are fundamental concepts in physics.
The basic components of an electronic circuit include a power source, conductors (usually wires), resistors, capacitors, inductors, and semiconductors (such as transistors).
An electronic circuit works by controlling the flow of electric current through various components. The power source provides the energy for the circuit, while the other components regulate and manipulate the flow of current.
Electronics is used in various fields of physics, such as optics, quantum mechanics, and particle physics. Some common applications include the use of electronic sensors in experiments, electronic devices for data collection and analysis, and electronic circuits in advanced research equipment.
Yes, it is important to follow safety precautions when working with electronics to prevent electric shocks and other hazards. These may include wearing protective gear, avoiding contact with live circuits, and properly grounding the circuit. It is also important to handle electronic components with care to avoid damaging them or causing malfunctions.