Question

A junction employs ND = 5 x 10x10^17 cm-3 and NA = 4 x 10x10^16 cm-3....

A junction employs ND = 5 x 10x10^17 cm-3 and NA = 4 x 10x10^16 cm-3.

(a) Determine the majority and minority carrier concentrations on both sides.

(b) Calculate the built-in potential at T=250 K, 300 K, and 350 K. Explain the trend

Please show steps.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
An abrupt silicon p-n junction has NA = 1.6 x 1014 cm-3 on one side and...
An abrupt silicon p-n junction has NA = 1.6 x 1014 cm-3 on one side and ND = 5.5 x 1015 cm-3 on the other. At a temperature of 300K a) (4) Find the position of the Fermi levels in both the p and n regions b) (4) Find the majority concentrations in each region c) (8) Find the minority concentrations in each region (two ways) d) (4) Draw and label the equilibrium band diagram e) (4) Determine the size...
Consider a pn+ junction with doping NA = 1016 and ND = 1018 cm−3 at a...
Consider a pn+ junction with doping NA = 1016 and ND = 1018 cm−3 at a forward bias of 0.4 V. (a) Calculate the excess carrier distribution δn(xp) and δ(xn). Which one is largest? (b) Draw the excess carrier distribution. (c) At what voltage is the carrier injection starting to reach high level? (i.e. ∼ 10% of majority level)
Design an ideal abrupt silicon PN-junction at 300 K such that the donor impurity concentration Nd...
Design an ideal abrupt silicon PN-junction at 300 K such that the donor impurity concentration Nd (in cm?3) in n-side is Nd = 5×1015/cm3 and the acceptor impurity concentration Na in the p-side is Na = 715 ×1015/cm3. Given: the diode area A = 2×10?3 cm2, ni = 1010/cm3, ?n = 10?8 s and ?p = 10?7 s Determine the following when a forward bias of 0.6 V is applied to the diode: 1. What are the values (in ?m)...
Consider a silicon diode at T=300 K with Nd = 4 × 1016 cm?3 , Na...
Consider a silicon diode at T=300 K with Nd = 4 × 1016 cm?3 , Na = 1 × 1015 cm?3 , Dn = 25 cm2/s, Dp = 10 cm2/s, ?n = 5 × 10?7 s, ?p = 10?7 s, A = 10?3 cm2 , ni = 1.5 × 1010 cm?3 , r = 11.7. (1) Determine diffusion capacitance and junction capacitance at (a) Va = 0.4 V; (b) Va = 0.6 V. (2) At what voltage the two capacitances...
Consider a Si p-n junction at T=300K with the following parameters: Na=5x1017 cm-3 Nd=5x1017 cm-3 Dn=25...
Consider a Si p-n junction at T=300K with the following parameters: Na=5x1017 cm-3 Nd=5x1017 cm-3 Dn=25 cm2 /s Dp=10 cm2 /s τn=5x10-7 s τP=5x10-7 s Let the photocurrent density be 20 mA/cm2 . (a) Calculate the maximum power delivered to the load assuming that the fill factor is 0.8 (b) By what factor will the output power increase from (a) if the solar intensity is increase by a factor of 10 due to light concentration. Comment on your results
A Si sample with ND=1x10^17 cm^-3 has a steady state excess hole concentration maintained at x=0...
A Si sample with ND=1x10^17 cm^-3 has a steady state excess hole concentration maintained at x=0 of 1x10^16 cm^–3. Assume the electric field is zero, ni=1.5x10^10 cm^–3, μn=800 cm^2 /Vs, μp =200cm^2 /Vs, τ n = τ p =10μs, T=300K. A) Plot the hole concentration as a function of distance x into the material, for x=0 to 3 x Lp B) What is the quasi-fermi level separation at x=50μm? C) Calculate and plot the diffusion current density as a function...
1. What is an ISP (Integrated Service Provider) for supply chains? (1 point) A. A consultant...
1. What is an ISP (Integrated Service Provider) for supply chains? (1 point) A. A consultant agency which integrates the supply chain for companies B. A 2 PL or a 3PL, but not a 4PL C. A company supplying transportation and warehousing services D. A logistics service company specialized in suppling VAS (value added services) 2. What characterizes a 4 PL? (1 point) A. They are non-asset based and provides integrated services primarily supplied by asset based providers, for example...
Delta airlines case study Global strategy. Describe the current global strategy and provide evidence about how...
Delta airlines case study Global strategy. Describe the current global strategy and provide evidence about how the firms resources incompetencies support the given pressures regarding costs and local responsiveness. Describe entry modes have they usually used, and whether they are appropriate for the given strategy. Any key issues in their global strategy? casestudy: Atlanta, June 17, 2014. Sea of Delta employees and their families swarmed between food trucks, amusement park booths, and entertainment venues that were scattered throughout what would...