How would you change a diamond to make it a p-type semiconductor?
Choose one:
You can't make a diamond a semiconductor.
Replace some of the carbon atoms with silicon atoms.
Replace some of the carbon atoms with phosporous atoms.
Replace some of the carbon atoms with aluminum atoms.
Diamond is made up of carbon.
Carbon have 4 valence electrons.
To make p type semiconductor, we need to dope it will element which has less than 4 valence electrons.
Silicon has 4 valence electrons.
Aluminium has 3 electrons.
Phosphorous has 5 electrons.
So, doping with Aluminium will make it p type
Answer: Replace some of the carbon atoms with aluminum atoms.
How would you change a diamond to make it a p-type semiconductor? Choose one: You can't...
2. [10%) consider an intrinsic semiconductor. If you dope heavily a semiconductor with n-type or p-type dopants, how do the chemical potentials change? Sketch the valence band and conduction band, along with them sketch also the Fermi-Dirac distribution
2. [10%) consider an intrinsic semiconductor. If you dope heavily a semiconductor with n-type or p-type dopants, how do the chemical potentials change? Sketch the valence band and conduction band, along with them sketch also the Fermi-Dirac distribution
Given the semiconductor indium antimonide (InSb): Suggest possible impurities that would make InSb n-type, p-type, isoelectronic, or amphoteric.
9. An n- type germanium semiconductor sample is brought into contact with a p - type silicon sample. The germanium sample has a carrier concentra- tion of 4.5 x 1016cm-3 and the silicon sample has a carrier concentration of 1.0 × 1016cm-3. At 300K the intrinsic carrier concentration of germanium is 2.4 × 1013cm-3 and its band gap is 0.66 eV. At 300K the intrinsic carrier concentration of silicon is 1.45 × 1010cm-3 and its band gap is 1.12 eV....
How would you make a metal using a one-dimensional lattice of atoms? How about an insulator? Why do metals conduct but insulators do not? Suppose light is shining on a semiconductor. List the three excitation mechanisms from most probable to least probable.
1.You have a piece of intrinsic silicon. explain how to convert it to n-type. 2.The depletion region is a region in the pn junction that is depleted from................. 3.Decreasing the amount of doping to an intrinsic semiconductor, causes the resistance of the doped silicon to................ 4.What is a p-type semiconductor? 5.As the amount of doping to an intrinsic semiconductor increases, the resistance of the doped silicon................
Draw and label (valence and conduction) a band diagram for an extrinsic semiconductor with silicon as the substrate and indium as the dopant. (Please make it as least 1/3 of a page in size.) Write down on the page whether it is an n-type or a p-type. 1 i. - BIO E % Explain briefly how you would adjust the semiconductor in the previous question if you wanted to allow a higher limiting current to pass through. (type your answer...
If you don't conserve angular momentum you can't make any transitions! How can you make any transitions if you don't conserve angular momentum?' (a) (2 points) If an electron makes a transition with Deltal = 1 and Deltaj = 0 (i.e. magnitude of the total angular momentum doesn't change but the orbital angular momentum of the electron does change), how is this possible? How can a system absorb the angular momentum of the photon without the magnitude of its angular...
Choose a change management theory and describe how you would apply it to the implementation of a new healthcare technology in your area/speciality of nursing.
If you were the marketing manager of an ALF, describe one change you would make to improve the marketing strategy.