how is electronics ic connected in the circuit?
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you will have an input on the ic itself.  when power is applied to either the input side-plus or negative side of the IC it will generate your output. An IC is the same as circuit put together in a smaller containment. Depending on the pin numbers of each IC each pin will determine what you must put into it the get what you want.
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http://www.howstuffworks.com\n\nA great site:\nhttp://www.ibiblio.org/obp/electricCircuits/
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Your circuit has 6 resitance R1, R2, R3, R4, R5, R6 and correspond currents are: I1, I2, I3, I4, I5, I6 and voltage are: U1, U2, U3, U4, U5, U6.\nYou can make many kind of circuit(direct, parallel or both) depend on total voltage as well as resistance.
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bipolar junction transistor(electronic device)
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you can easily test an IC by plugging it in a circuit board that works (meaning, other ICs with the same type works there). If you don't have other IC to compare with or don't have the testboard you can test it with a multimeter. See the spec sheet of the IC and try finding out which pins is doing what. And try input something, if the IC outputs correctly as expected, then the IC is ok (beware, don't do this to CMOS IC or any type of IC which is unable to have any of its unused pins is taken off*)\n\n* taken off means if a pin is unused, on some type of IC the pin may be bent so we can use the space below the unused ICs pin to make a connection line. TTL IC is safe to be used for this.
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Excluding the batteries.  Here are a list of components found on an electronics board.\n\nCopper \nfor the layout of the PCB board.\n\nSolder \nfor soldering the PCB board on.(old electronics)\ncontains 60% tin 40% lead by weight. Nowadays                                             lead is not used anymore I think...)\nthis also depends on the "type" of solder used\n\nSolder Paste-used in smt electronic devices(mostly everything nowadays). Solder paste contains a mixture of regular solder and flux.\n\nThat's about the main components:\nBut there are more components in a remote:\nCapacitors:\nCapacitors can be made from ceramic, glass,paper,polycarbonate,polyester,polypropylene. And so much more..etc.\n\nThen there are resistors\noops don't forget the microchips made from Silicon.\nThe list can go on and on..
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Very Large Scale integrated Circuit\n\nApplication Specific ntegrated Circuit
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A transistor is a semiconductor device that uses a small amount of voltage or electrical current to control a larger change in voltage or current. Because of its fast response and accuracy, it may be used in a wide variety of applications, including amplification, switching, voltage stabilization, signal modulation, and as an oscillator. The transistor is the fundamental building block of both digital and analog circuits — the circuitry that governs the operation of computers, cellular phones, and all other modern electronics. Transistors may be packaged individually or as part of an integrated circuit chip, which may hold thousands of transistors in a very small area.
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This site has a wealth of information. I often use it as a starting point when looking for a new type of circuit:\nhttp://www.discovercircuits.com/list.htm
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the electrical circuit?
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Here is a good article. To understand them, you need to get a multimeter, and electronics projects book, a breadboard (to mount circuits on), and a selection of electronic parts from Radio Shack. Use batteries initially, and then when you are more confident a power supply and rectifier to do experiments, and measure voltage, current, and resistance values around the circuit.\nhttp://en.wikipedia.org/wiki/Electronics\nHyperphysics. (Google)\nhttp://www.mathworld.wolfram.com\nhttp://www.refdesk.com\n"You can do it electronics," Needham Heights, MA\nEnjoy!
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i hope this is one which gives you information all about electronics.\n\nhttp://www.dir-electronics.com/
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http://www.electrospec.com/electronic/components-parts/index350.html\n\ntry here!!
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Differential equations is very useful to electronics inductries. This is commonly used in designing electrical circuit and their responses to the signals. Input current response, voltage responses and even time decay is critical to the computation of integrated circuit responses. Without is certain electrical functions such as response time, triggering mode, active and inactive function regions will not be possible.
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A master control circuit\n\nThe silicon chip with thousands of electronic components that serves as the central processing unit (CPU) in microcomputers
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Anything to do with electronics.
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applied electronics & instrumentation