rozeh
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I expect they are all about equally "simple" to learn. It just depends upon what current and voltage you want to switch.
Those aren't different types of 2N2222. They're just different descriptions of the 2N2222 and it's uses.the 2n2222 transistor has many type. what's the difference between these types:
You answered half my question. ;-).....................................
Originally Posted by crutschow
I expect they are all about equally "simple" to learn. It just depends upon what current and voltage you want to switch.
0-5volt
but if you see the datasheets of those types, you'd know that they mentioned those titles in it's datasheets.:roll:Those aren't different types of 2N2222. They're just different descriptions of the 2N2222 and it's uses.
For example:
A 2N2222 can be used for switching.
A 2N2222 can be used for high speed switching.
A 2N2222 can be used for small signal amplification.
A 2N2222 can be used for general purpose amplification.
A 2N2222 is an NPN silicon transistor.
A 2N2222 is a silicon planar epitaxial transistor.
Oh, sorryYou answered half my question. ;-)
Yes, but they are all describing the same transistor.but if you see the datasheets of those types, you'd know that they mentioned those titles in it's datasheets.:roll:
The you need to look through your list for a transistor that has a voltage rate of at least 7V and a current rating of at least 2A. The 2N2222, for example, is only good for a maximum of 800mA.Oh, sorry
For a simple battery. I think 1.5A is suitable.:wink:
OkYes, but they are all describing the same transistor.
Probably I can solve this problem by a voltage divider. What's your opinion?The you need to look through your list for a transistor that has a voltage rate of at least 7V and a current rating of at least 2A. The 2N2222, for example, is only good for a maximum of 800mA.
Thanks, I have seen the datasheets.but if you see the datasheets of those types, you'd know that they mentioned those titles in it's datasheets.:roll:
Nope, that won't work.Probably I can solve this problem by a voltage divider. What's your opinion?
What is your suggestion for my range?(0-5v and 1.5A)Nope, that won't work.
If this is just for learning and experimenting, why not just get a cheap low power transistor, and use it within it's limits.
Since you state this is for learning, then you should learn to read data sheets and go through your list to find ones that may meet your voltage and current requirements. That's what we would have to do. If you can't read data sheets then you won't get far in learning how to build electronic circuits.What is your suggestion for my range?(0-5v and 1.5A)
Yes, but 10-100mA is low. my problem is supply. I would like to supply the transistor by a battry. I thought I can solve the problem of supply by a voltage divider but you said to me that that won't work.:-( How can I solve the problem of supply?My suggestion was to change your range. Instead of trying to switch 1.5A, why not start with 10mA or 100mA? Then you can use an inexpensive transistor.
In post 1, you said you want to learn about biasing and learn about how to use a transistor as a switch, so it sounds like you don't have a particular project in mind.
Where can I find the full explanation about all thing in a transistor datasheet?Since you state this is for learning, then you should learn to read data sheets and go through your list to find ones that may meet your voltage and current requirements. That's what we would have to do. If you can't read data sheets then you won't get far in learning how to build electronic circuits.
One the articles listed here should help...................................
Where can I find the full explanation about all thing in a transistor datasheet?
Exactly! I am suggesting you use low current.Yes, but 10-100mA is low.
If your circuit draws a low current, the battery will last a longer time.I would like to supply the transistor by a battry.
There is no problem.How can I solve the problem of supply?
Exactly! I am suggesting you use low current.
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