Maybe a catalog can help you?

Check :

Electronix.com?

You have,

Resistors

Capacitors

Bipolar transistors

FET's

SCR's

Triacs

Diacs

Diodes

Gates

Multiplexers

Op Amps

Comparators

Microprocessors

Crystals

Resonators

Speakers

Hex Inverters

Triodes

Pentodes

Regulators

Relays

That list should get you started, failing that there are any number of "Online" component catalogues produced by a whole heap of manufacturers, wholesalers and retailers which will provide you with lots more fodder for your homework.

You forgot conductors but You are right I missed crystals.

All the others are just mainly P.N Junctions and I mentioned them anyway.

Resistors..................mentioned

Capacitors..................mentioned

Bipolar transistors..................mentioned

FET's..................mentioned

SCR's..................mentioned

Triacs..................mentioned

Diacs..................mentioned

Diodes..................mentioned

Gates..................mentioned

Multiplexers..................mentioned

Op Amps..................mentioned

Comparators..................mentioned

Microprocessors..................mentioned

Crystals.................I missed.

Resonators..................mentioned

Speakers..................mentioned

Hex Inverters..................mentioned

Triodes..................mentioned

Pentodes..................mentioned

Regulators..................mentioned

Relays..................mentioned

No actually a crystal appears to be a resonator so you just mentioned what I mentioned.

You can not name a new component as of yet.

Well, neener, neener, neener!

Had I known I was dealing with a completely useless question of semantics, I would have ignored it the first time around.

I did my homework and I learn about P.N Junctions ; they are how transistors work.

All you supply is a list of semi-conductor variants....A list of P.N Junction types.

Does you catalogue not sell conductors....that is an important component.

Maybe you should go back to your homework or start it maybe...I do not know your situation.

Do you know holes move?

Did you know that the average out flow of The Nile River is 2,830 m³/s ????????

Did you know that there are apparently 372 species of Parrot ??????

What holes ? moving in relation to what ??

you said you knew how PN's work, you should know what this represents. Why did you post your reply off topic?

"Off Topic because it is.

Tell me more about the PN Junction.

Is it not the basis of of all semiconductors.

This is off Topic also."

Your question exposed.

I am in fear that my reply would not be to your high standards as you have prejudged me and everyone else here. so it is for this reason that I cannot answer you.

então

"You mean electrons can "flow" ?

electrons apparently revolve around the nucleus of the atom so it is not so surprising that some materials exchange electrons especially in the outer orbits.

Can you say what you mean rather than copy & paste ? I have seen diagrammatically representations of atoms before and the one you supplied is actually very poor quality."

Your reply exposed.

então

Maybe the most important component would be "etc." added to each list?

Do not think so !!!!

All except crystals have been mentioned....but might be included in the resonator section.....Do please check your catalogues.

It seems strange that people can read a catalogue but not a question.

A P.N. Junction covers most mentioned.

Do you know what a P.N Junction is it is the base of all transistors.

So maybe when you look at your catalogue you can read the index and see the heading "semi-conductors" and that will give you a clue as to reading the question properly instead of trying to be clever.

There is a new device called a memristor. Google it.

Thanks for reply.

First sensible answer so far but the component is still under development.

But your answer told me I have forgotten one component.

The Battery....and all the clever clogs forgot this also even though they were reading their catalogues.

The memristor is not really available and at the moment but very good reply.

Regards.

Philip.

As regards the English...you might be right.

What has a magnet in common with electronic components?

It is used in windings and hall effect devices , microphones and pickups etc.

I can not believe I missed out batteries but as far as PN Junctions is concerned all semi-conductors work on this principle do they not ?

A crystal I thought I forgot about but maybe it is not an electronic component like a magnet.

A switch is a conductor which all the so called "gurus" forgot about even with the copy and paste internet stuff.

Solder ( I like the humor.) yes conductor on a reel catalogue number #10556778

but saying that what is a fuse ? just a conductor / resistor combination.

I would have thought engineers would have had more intelligence than most of the replies have suggested.

I thank you for your intelligent response...you must be a proper engineer.

What do you think about the "memristor" mentioned ?..it seems like some sort of condenser / battery to me...I look forward to seeing the .pdf data sheet.

Thanks.

Regards.

Philip.

Reading your question I can hardly believe that you are serious. Or are just in playful mood and making fun of the CR4 team.

Abuse/Attack:

This post was deleted because it was an attack on another user. Please review the CR4 Site FAQ.

Hey, let's throw transformer into the pot, too.

(I suppose you could write that off as two inductors and a core.)

Yes 2 inductors.

And a core....thats why I include the magnet.

......maybe I miss pelter heat devices...must check this one might be already mentioned !!!

This is all totally pointless.

Byeeeeeeeee

http://rswww.com/

Philip!

are you still frustrated from electrical engineering forum about Ammeter and diode bridge?

if this is your point, No, A meter is not an electronic component, you can mark a point agaisnt redfred .:)

A meter is an electronic component it is a winding through which electrons flow.

No am not frustrated about the other forum.

I was just pointing out that a rectifier and an ammeter connected as described would not allow the batteries to become correctly charged and therefor a bad circuit.

More pointless postings

http://cr4.globalspec.com/search/sitesearch?do=show&us=38291&srchobjs=t,be,c

http://uk.rs-online.com/web/

http://en.wikipedia.org/wiki/Electronic_component

Is it only copy and paste or can you think for yourself ?

All of these have been mentioned in the question.

Is there any more components than this

so are you asking are there any more electronic components other than the ones you have listed ?

ie

Conductor.

Resistor.

Condenser.

Inductor.

P.N. Junction.

Vacuum Tube.

Resonator.

Magnet. ( Maybe not electronic but is needed sometimes.another topic maybe !)

why do you want to know ?

what about pnp junction ?

I am just wondering about new technology is the short answer.

I missed out Pelter Heat Effect devices.

Perhaps I should have said semiconductors rather than PN Junction.

A PNP Junction therefore comes under the catergory of PN junctions.

Most reponces have just shown me that most people who reply can not understand a question and just want to prove they are clever...which sadly they are not.

I have some very interesting responces but they seem to be unavailable components in development stage but something to look at. These people understood the question and are clever and also interesting.

The other people seem to think a "new component" only comes from an on line catalogue and they only have the intelligence to copy and paste a link and in my view they are not qualified as engineers as there is many words that you can make a joke off....i.e. At a place I worked at the normal joke was to send the new young employees to the stores for a "Long Weight" and they always were gone for a long time.

Not quiet the same but I am sure you get the idea.

These dumbs just pick up on the small mistakes in wording and try to be clever with this instead of answering the question.

Regards Philip.

WAY too much:

Any Use Phillip?

What is a memristor? Memristors are basically a fourth class of electrical circuit, joining the resistor, the capacitor, and the inductor, that exhibit their unique properties primarily at the nanoscale. Theoretically, Memristors, a concatenation of "memory resistors", are a type of passive circuit elements that maintain a relationship between the time integrals of current and voltage across a two terminal element. Thus, a memristors resistance varies according to a devices memristance function, allowing, via tiny read charges, access to a "history" of applied voltage. The material implementation of memristive effects can be determined in part by the presence of hysteresis (an accelerating rate of change as an object moves from one state to another) which, like many other non-linear "anomalies" in contemporary circuit theory, turns out to be less an anomaly than a fundamental property of passive circuitry.

Until recently, when HP Labs under Stanley Williams developed the first stable prototype, memristance as a property of a known material was nearly nonexistant. The memristance effect at non-nanoscale distances is dwarfed by other electronic and field effects, until scales and materials that are nanometers in size are utilized. At the nanoscale, such properties have even been observed in action prior to the HP Lab prototypes.

But beyond the physics of electrical engineering, they are a reconceptualizing of passive electronic circuit theory first proposed in 1971 by the nonlinear circuit theorist Leon Chua. What Leon Chua, a UC Berkeley Professor, contended in his 1971 paper Transactions on Circuit Theory, is that the fundamental relationship in passive circuitry was not between voltage and charge as assumed, but between changes-in-voltage, or flux, and charge. Chua has stated: "The situation is analogous to what is called "Aristotle's Law of Motion, which was wrong, because he said that force must be proportional to velocity. That misled people for 2000 years until Newton came along and pointed out that Aristotle was using the wrong variables. Newton said that force is proportional to acceleration–the change in velocity. This is exactly the situation with electronic circuit theory today. All electronic textbooks have been teaching using the wrong variables–voltage and charge–explaining away inaccuracies as anomalies. What they should have been teaching is the relationship between changes in voltage, or flux, and charge."

As memristors develop, its going to come down to, in part, who can come up with the best material implementation. Currently IBM, Hewlett Packard, HRL, Samsung and many other research labs seem to be hovering around the titanium dioxide memristor, but there are quite a few other types of memristors with vectors of inquiry.

The best reply so far.

It by your description appear not to be a new component but a new collection of components with unusual characteristics....a new technology certainly....I never hear of them before this post.

Do you know what the reason is for this component existing and what other uses it could be used for and most importantly what is the specifications of the available products ?

Great help.

Thanks.