This blog is for the purpose of my class ELE431. This blog is used for discussion forum on any topics in Solid State Devices. Students may post any topics that is related to the subject.
assalamualaikum. for n+p,it is heavily doped at the n side while for p+n,it is heavily doped at the p side. -mohd ridhuan bin mohamed- -2006685040- -EEB4A-
hello.. the different between them is n+p is heavily doped on n side and normal doped at p side whereas p+n is heavily doped on p side and normal doped on n side.
PN+ and P+N is refer to a junction with one side degenerate and other side nondegenerate, essentially all of the depletion region will be on lightly doped side. It refers to one-sided step junction. In this class are n+p and p+n junction. The notation n+ indicates degenerately or heavily doped n type, and p+ indicates heavily doped p-type material.
p+n mean the p side for the s/c is heavily doped and the n side is lightly doped.. n+p is opposite to the p+n, which is at the n side is heavily doped while at the p side is lightly doped.
Salam... pn+ is the material which is the n-side is heavily doped(degenerate) and p-side is normal doped.Therefore, for pn+ material the conduction band is equal to the fermi level. While p+n is the material whish is the p-side is heavily doped(degenerate) and n-side is normal doped.Hence, the valence band is equal to the fermi level. -NUR HARDHILA BINTI OTHMAN- 2006688089 EEB4B
For PN+, the p type material is non-degenerate material and degenerate material ( heavily doped) for n type while for P+N, the p type material is degenerate materiel ( heavily doped) and non- degenerate material for n type.
salam...... the different between PN+ and P+N which are PN+ means it's heavily doped with n-type,while P+N heavily doped with p-type. -nurul arina abdull razak- -2006688096-
in the PN homojunction, when the impurity concentration on one side is much higher than one on the other side, the junction is called abrupt junction. PN+ ;n-type material is doped lightly P+N ;p-type material is doped lightly
The different between PN+ and P+N: at PN+, n-side is heavily doped while p side is normal doped. At P+N, p-side is heavily doped while n-side is normal doped.
salam.. the different between PN+ and P+N is PN+ junctions with the n-side degenerate and p-side nondegenerate..while for P+N junctions in which the p-side is degenerate and the n-side is nondegenerate.
assalamualaikum.. both type is degenerate. PN+: mean the n-side is heavily dop but the p side is lightly dop. P+N : the p side is heavily dop but the n side is lightly dop.
46 comments:
PN+ is the n-side is heavily doped and p-side is normal doped while P+N is the p-side is heavily doped and n-side is normal doped.
Mohd Syafiq Bin Md Salleh
2006686093
EEB4A
assalamualaikum.
for n+p,it is heavily doped at the n side while for p+n,it is heavily doped at the p side.
-mohd ridhuan bin mohamed-
-2006685040-
-EEB4A-
haloo..
n+p is heavliy doped at the n side.
p+n is heavily doped at the p side.
-rashdan ramli-
-2006686166-
-eeb4a-
P+N is meant the hole is heavly doped.where N+P is meant the electron is heavle doped..
this is show that the value of electron or hole is many.
Assalamualaikum...
P+n is the p-side is degenerate semiconductor and Ev=Ef. While PN+ is the n-side is degenerate semiconductor and Ec=Ef.
[shahrul akhmar bin sharifuddin]
[2006686015]
[EEB4A]
salam...
n+p=indicates degenerately or heavily doped n type material.
p+n=indicates heavily doped p-type material.
-mohd safuan-
-2006685390-
-eeb4a-
hello..
the different between them is n+p is heavily doped on n side and normal doped at p side whereas p+n is heavily doped on p side and normal doped on n side.
mohd sobri ibrahim
2006685703
eeb4a
PN+ : n-side is heavily doped
P+N : p-side is heavily doped
Mohd Hasbullah Bin Hussin
EEB4A
salam...
PN+ : n-side is heavily doped and
p side is normal doped.
P+N : p-side is heavily doped and
n-side is normal doped.
nurkhadijah binti zainol
2006687068
eeb4b
askum...PN+ is indicate degenerately or heavily doped n-type and P+N is indicates heavily doped p-type material
Mohd Nazrie Bin Ghazali
2006135099
EEB4B
SALAM….
PN+ and P+N is refer to a junction with one side degenerate and other side nondegenerate, essentially all of the depletion region will be on lightly doped side. It refers to one-sided step junction. In this class are n+p and p+n junction. The notation n+ indicates degenerately or heavily doped n type, and p+ indicates heavily doped p-type material.
>>NURUL MAHZUZAH BT MASDUKI<<
>>EEB4B<<
>>2006687825<<
salam..
PN+ and P+N is the case of one sided junction, where:
PN+ is where the n-type is heavily doped n p-type is lightly doped.
P+N is where the p-type is heavily doped and n-type is lightly doped.
~Liyana Bt Sa'ari
~EEB4B
Salam...
-PN+ is semiconductor with heavily doped at n-side.
-P+N is semiconductor with heavily doped at p-side.
-Nur Suhaili Binti Abdul Samad-
-EEB4B-
hi....
For PN+,n-side is heavily doped and p-side is normal doped while P+N,p-side is heavily doped and n-side is normal doped.
Suhaida Mohamad Noor
2006687832
EEB4B
pn+ = the n side is heavily doped
np+ = the p side is heavily doped
-nurfadzilah-
-eeb4b-
salam...
The n+p semiconductor is heavliy doped at the n side and the p+n semicondutor is heavily doped at the p side.
khairul amin b mohd sarmin
2006685728
EEB4B
p+n is heavily doped at p-side while pn+ is heavily doped by n-side,..
-nur amalina abu samah-
-2006687713/eeb4a-
p+n mean the p side for the s/c is heavily doped and the n side is lightly doped..
n+p is opposite to the p+n, which is at the n side is heavily doped while at the p side is lightly doped.
salam
the diffrent between pn+ and np+ is the heavily doped at n and p side which means the electon more at the side
assalamualaikum...
PN+ is the junction that heavily doped with n-type material and the P+N junction is heavily doped with the p-type material.
-norhalida binti othman-
-2006688183-
-eeb4a-
assalamualaikum.
PN+ is the n-side is heavily doped
P+N is the p-side is heavily doped
Afiqah Yaacob
EEB4B
PN+ is degenerately or heavily doped at n-side; Ef=Ec.
P+N is degenerately or heavily doped at p-side; Ef=Ev.
-norain bt sahari-
-2006687800-
-eeb4a-
PN+ means degenerate of N-type in the PN juntion while P+N means degenerate of P-type in the PN junction.
siti hajjar ibrahim
EEB4B
pn junction-semiconductor on each side is nongenerated
p+n junction-semiconductor on p side is generated and n side is nongenerated
-aidanordin-4b-
Assalamualaikum,
sorry for the late..
PN+ is where the N-side is heavily doped while the P-side is normaly doped.
for P+N is where the P-side is heavily doped while the N-side is normaly doped.
Mohd Ameer Yuslan Bin Razmi
2006685902
EEB4B
Salam...
pn+ is the material which is the n-side is heavily doped(degenerate) and p-side is normal doped.Therefore, for pn+ material the conduction band is equal to the fermi level. While p+n is the material whish is the p-side is heavily doped(degenerate) and n-side is normal doped.Hence, the valence band is equal to the fermi level.
-NUR HARDHILA BINTI OTHMAN-
2006688089
EEB4B
assalamualaikum..
"the smartest difference";
pn+=heavliy doped at the n side
=normal doped at the p side
p+n=heavily doped at the p side
=normal doped at the n side
-hisyam ismail-
-EEB4B-
-2006685808-
For PN+, the p type material is non-degenerate material and degenerate material ( heavily doped) for n type while for P+N, the p type material is degenerate materiel ( heavily doped) and non- degenerate material for n type.
hasnoor khuzairah binti hasim
2006688105
eeb4b
This is reffered to the one-sided step junction...
n+p indicates heavily doped n type, while p+n indicates heavily doped p type.........
salam......
the different between PN+ and P+N which are PN+ means it's heavily doped with n-type,while P+N heavily doped with p-type.
-nurul arina abdull razak-
-2006688096-
assalamualaikum.
for n+p,it is heavily doped at the n side while for p+n,it is heavily doped at the p side.
-norhaliyati norul 'azmi-
-2006687155-
-eeb4a-
salam...
in the PN homojunction,
when the impurity concentration on one side is much higher than one on the other side, the junction is called abrupt junction.
PN+ ;n-type material is doped lightly
P+N ;p-type material is doped lightly
-NORDHUHA MOHD YUNUS-
-2006687889-
-EEB4A-
Nur Kamilah Ramli EEB4B
The different between PN+ and P+N is
• PN+ is more impurity concentration in the n-side
• P+N is more impurity concentration in the p-side
Assalamualaikum...
pn+ = heavily doped n type
p+n = heavily doped p type
-Nur Amalina Binti Muhamad-
-2006200184-
-EEB4A-
assalamualikum....
n+p is degenerate semiconductor and heavily doped n type and p+n is degenerate semiconductor and heavily doped p type
2006688231
eeb4a
The different between PN+ and P+N:
at PN+, n-side is heavily doped while p side is normal doped. At
P+N, p-side is heavily doped while
n-side is normal doped.
-Nur Liyana Ridzuan
-2006687969
-EEB4B
pn+ is the n-side is heavily doped and p-side is normal doped while p+n is the p-side is heavily doped and n-side is normal doped.
fathiyah
EEB 4B
salam..
the different between PN+ and P+N is PN+ junctions with the n-side degenerate and p-side nondegenerate..while for P+N junctions in which the p-side is degenerate and the n-side is nondegenerate.
-->nurhidayahmuhammadhanif<--
------------>EEB4B<----------
salam...
This question is referred to one sided step junction.
For pn+, it is equal to n+p,which mean the n side degenerate and the p side non generate.
As for p+n junction has the p side degenerate and the n side non generate.
-norhaslin nordin-
-2006688448-
assalamualaikum..
both type is degenerate.
PN+: mean the n-side is heavily dop but the p side is lightly dop.
P+N : the p side is heavily dop but the n side is lightly dop.
-sitiaisah-
2006133449
4A
salam...
pn+ = heavily doped n type
p+n = heavily doped p type
-nor hidayat bt abd ghani-
-2006687123-
-eeb4a-
salam..
-PN+ mean n side is heavily doped and p side is lightly doped.
-P+N mean p side is heavily doped and n side is lightly doped.
~MiMi EEB4B~
salam..
p+n meant the hole in p site is heavily doped.
n+p is meant the electron in n site is heavily doped..
MOHD HAZIQ BIN MOKHTAR
2006685488
EEB4A
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