LTSpice Models for TIP100/101/102 and TIP105/106/107.

Thread Starter

elec_eng_55

Joined May 13, 2018
214
Hello:

Does anyone have LTSpice models for TIP100/101/102 and TIP105/106/107?
I haven't been able to find any that worked.

Thanks,

David
 

eetech00

Joined Jun 8, 2013
3,951
Hello:

Does anyone have LTSpice models for TIP100/101/102 and TIP105/106/107?
I haven't been able to find any that worked.

Thanks,

David
Hi

You can get them all at OnSemiconductor.

The ones I tested (TP100, TP101) worked fine..
The model definitions are .subckts, so after you place a symbol on the schematic, you have to change the "Prefix" property to an "X", without the double quotes. Also add the ".inc TP100.LIB" statement on the schematic.

eT
 

Thread Starter

elec_eng_55

Joined May 13, 2018
214
Hi

You can get them all at OnSemiconductor.

The ones I tested (TP100, TP101) worked fine..
The model definitions are .subckts, so after you place a symbol on the schematic, you have to change the "Prefix" property to an "X", without the double quotes. Also add the ".inc TP100.LIB" statement on the schematic.

eT
Thanks eT
 

Thread Starter

elec_eng_55

Joined May 13, 2018
214
Hi Bordodynov:

I copied the TIP100 and TIP105 into the "sub" in "documents". I also copied
the "npndarl1 " and "pnpdarl2" into the "sym" folder. I then added the "npndarl1"
symbol to a schematic and added the following directive ".inc TIP100.lib" to
the schematic. The "x" was already there and I set the value to "TIP100". It
didn't work for me. I have messed it up somehow.

I am now lost.

David
 
Last edited:

Bordodynov

Joined May 20, 2015
3,180
You didn’t like my Symbol. And you indicated the wrong library. By putting one of my symbols on a diagram, you have access to several parts. I showed it. It is not necessary to mention the name inside the symbol twice.
2018-11-27_09-16-54.png
 

Thread Starter

elec_eng_55

Joined May 13, 2018
214
I have now set up the TIP101 darlington transistor symbol and sub-circuit and added
the TIP101 to a CE voltage amplifier. The voltage gain is only 2.5. Something is wrong
with my circuit. There is only a 0.7V drop from base to emitter. I would have expected
a 1.4V drop. Is it only 0.7V due to the TIP101's internal diode?
 

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Bordodynov

Joined May 20, 2015
3,180
You use a powerful transistor on a small current. In this case, the second, internal, powerful transistor is closed. Reduce the resistors in the emitter and collector 100 times and you will get a gain of 3.7 (almost 4)
 
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