Question

In: Computer Science

p-type semiconductors are formed When Si or Ge are doped with_______

p-type semiconductors are formed When Si or Ge are doped with_____

(a) group 14 elements

(b) group 15 elements

(c) group 13 elements

(d) group 18 elements

Solutions

Expert Solution

Answer : (c) group 13 elements

Explanation :

Two obtained n-type semiconductors we need extra electrone. Therefore n- type semiconductors are obtained when Silicone or Ge are doped with elements of group 15, eg, Arenic (As),

p-type semiconductors are obtained when there is presence of void. p-type semiconductors are obtained when Si or Ge are doped with traces of elements of group 13, ie indium (In), Boron (B)


c) group 13 elements 

Related Solutions

Consider a Si p-n junction connected p-type and n-type semiconductors each doped 1017 /cm3 concentration, in...
Consider a Si p-n junction connected p-type and n-type semiconductors each doped 1017 /cm3 concentration, in temperature 50K, 350K, 650K Suppose occur energy state of conduction band quantization due to the junction make very small. If Si p-n junction has only three DOS(density of state) in conduction band and valence band, Discuss band diagrams and I-V curve.
Consider an infinitely large, homogeneous n-type Si at T = 300K doped to Nd = 2.5...
Consider an infinitely large, homogeneous n-type Si at T = 300K doped to Nd = 2.5 x 1015cm-3 . Assume that, for t < 0, the semiconductor is in thermal equilibrium and that, for t ≥ 0, a uniform generation rate exists in the crystal. (a) Determine the excess minority carrier concentration as a function of time assuming the condition of low-level injection. (b) Assume a generation rate of 4 x 1020 cm-3 s -1 . And let τpo =...
Which defects will be formed when compound B is doped with compound A? Display the defects...
Which defects will be formed when compound B is doped with compound A? Display the defects using the Kröger Vink notation and the effective charge. A B Lithium bromide Calcium bromide Magnesium oxide Iron (III) oxide Cadmium chloride Sodium chloride
Intrinsic carrier density of Ge is 1.7x1019 /m3 . It is doped with a pentavalent impurity...
Intrinsic carrier density of Ge is 1.7x1019 /m3 . It is doped with a pentavalent impurity of 1ppm. Assuming all impurity atoms are ionized, calculate the factor by which the majority concentration is more than the intrinsic carrier concentration.
Calculate the resistivities of intrinsic Si, GaAs, and Ge at 300 K
Calculate the resistivities of intrinsic Si, GaAs, and Ge at 300 K
Explain the technical properties, switching and control processes, usage areas of the Si, Ge and GaN...
Explain the technical properties, switching and control processes, usage areas of the Si, Ge and GaN BJT circuit elements with circuit examples. Describe how to calculate the switching power loss in a power transistor, the values and variations of the voltage drop in the transmission state, the characteristics of the snubber and bias circuit. (20 Points)
From atomic mass and density, estimate the lattice constants of Si, Ge, GaAs, InAs, and InSb....
From atomic mass and density, estimate the lattice constants of Si, Ge, GaAs, InAs, and InSb. (I'm having trouble with the GaAs, InAs and InSb).
N-type silicon is doped with phosphorus, and the ionization potential of phosphorus is 0.044 eV. Find...
N-type silicon is doped with phosphorus, and the ionization potential of phosphorus is 0.044 eV. Find the Fermi level position and concentration at room temperature when the impurity is half ionized.
5) Zn1+xO, Ti1+xO, Cu2S1+x, CuI1+x and ZnO1+x are semiconductors. What type of semiconductors are they (n-...
5) Zn1+xO, Ti1+xO, Cu2S1+x, CuI1+x and ZnO1+x are semiconductors. What type of semiconductors are they (n- or p-type)?
Metabolic Process NADH formed FADH2 formed CO2 formed ATP formed by substrate level ~P ATP formed...
Metabolic Process NADH formed FADH2 formed CO2 formed ATP formed by substrate level ~P ATP formed by oxidative ~P beta-oxidation 2 0 3 Kreb’s cycle 6 3 Food labels list that a gram of fat has 9 kcal of energy and that a gram of carbohydrate (or protein) has 4 kcal of energy. A mass to mass comparison, however, is misleading. A better comparison is mol to mol, which corrects for differences in MW. This can be done by comparing...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT