Matias URDAMPILLETA - TEL

01.08.2013 Views
tel-00770488, version 1 - 7 Jan 2013 Vg Vs Vd N0 µ(N) µ(N) = U(N) − U(N − 1) µ(N) = e 2 N − N0 − 1/2 CgVg + CsVs + CdVd − e Ec = µ(N) − µ(N − 1) CΣ µ(N) µs µd Vs = Vsd CΣ µsd = −|e|Vsd µ(N) 0 Vsd = −e N − N0 − 1/2 Cg + Cd Vsd = e N − N0 − 1/2 Cs + CgVg Cg + Cd + CgVg Cs (Vsd, Vg) Vs = Vsd/2 Vd = −Vsd/2

tel-00770488, version 1 - 7 Jan 2013 eVsd /E c (a) 1 0 -1 (c) N-1, N N-1 N N+1 µ s µ s N-1, N N, N+1 N, N+1 N-1/2 N+1/2 CgV g /e µ(N+1) µ(N) µ(N-1) µ(N+1) µ(N) µ(N-1) µ d µ d (b) µ s µ s dI/dV 0 µ(N+2) µ(N+1) µ(N) µ(N+2) µ(N+1) µ(N) N-1/2 N+1/2 CgVg /e Vg = e(N + 1/2)e/Cg Vsd = 0 µ d µ d

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