H. Determine the resistivity of a ger at 300 K that has the simultaneous presence of (i) donor impurity of 1 in 107 and (ii) acceptor impurity of 1 in 10%. Given data: Atomic concentration in Germanium is 4.4 x 1022 atoms/cm³, n, = 2.5 x 10¹3 [5] 3 (cm³, c = 3800 cm²/Vs and ₁= 180 cm²/V s. h=
H. Determine the resistivity of a ger at 300 K that has the simultaneous presence of (i) donor impurity of 1 in 107 and (ii) acceptor impurity of 1 in 10%. Given data: Atomic concentration in Germanium is 4.4 x 1022 atoms/cm³, n, = 2.5 x 10¹3 [5] 3 (cm³, c = 3800 cm²/Vs and ₁= 180 cm²/V s. h=
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![X. Determine the resistivity of a germanium crystal at 300 K that has the simultaneous
presence of (i) donor impurity of 1 in 10' and (ii) acceptor impurity of 1 in 108. Given
data: Atomic concentration in Germanium is 4.4 × 10²2 atoms/cm³, n₁ = 2.5 × 10¹³
/cm³, He = 3800 cm² /Vs and h= 180 cm² /V s.
[5]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53063809-76ad-4290-96f6-51248e3ef27e%2Fe0ed2515-bcc1-409e-8921-24093b25cd8b%2Ft79dbpg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:X. Determine the resistivity of a germanium crystal at 300 K that has the simultaneous
presence of (i) donor impurity of 1 in 10' and (ii) acceptor impurity of 1 in 108. Given
data: Atomic concentration in Germanium is 4.4 × 10²2 atoms/cm³, n₁ = 2.5 × 10¹³
/cm³, He = 3800 cm² /Vs and h= 180 cm² /V s.
[5]
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