8. Do assignments for nanoelectronic components

1. Calculate the value of Coulomb`s blockade voltage U<sub>CB</sub>n, if on the Coulomb island were inducted n=1, 10 or 100 of electrons, and it`s capacitance C_П=3aF.

2. Calculate the frequency of single-electron current oscillations І=1 pA, 100 pA and 1 nA.

3. Calculate capacity of Coulomb island at values of temperature Т=10 мК та 4,2 К.

4. Build threshold characteristics of SET with Coulomb domains, if capacities of transistor are: С_G=7 aF, С_S=2 aF and С_D=4 aF.

5. Build VAC of OET for number of electrons n=10, and capacity С_D=С_S=5 aF, С_G=10 aF.

6. Construct a transmission line for quantum automats with three turns at 90­^o.

7. Construct a transmission line to the spacecraft, with branches up and down.

8. Present a scheme of arrangement of electrons in the spacecraft for inventor when the input has a logical zero х⁰.

9. Build the layout of the electrons in the majority gate on the spacecraft (fig.12.12) when the input signals are 000.

10. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 001.

11. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 010.

12. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 011.

13. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 100.

14. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 101.

15. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 110.

16. Build the layout of the electrons in the majority gate on the spacecraft (fig. 12.12), when the input signals are 111.

17. Construct a truth table for ME to QA (fig. 12.12).

18. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 00.

19. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 01.

20. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 10.

21. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 11.

22. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 00.

23. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 01.

24. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 10.

25. Construct a logical circuit gate 2NAND on the spacecraft and the distribution of electrons, if the input signals are 11.

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