The figure shows the pn junction 250 micrometers long and made of silicon with a surface area of 100 micrometers square. In this pn junction, the I region is doped with 10 ^ 19 cm ^ -3 and in the II: region with 10 ^ 17 cm ^ -3 atoms. Only when the S1 switch is closed, the maximum is drawn from the "a-b" ends and 250 mA flows from the circuit. The ability of electrons to move in the pn junction is 1200 cm ^ 2 / V.s, and the ability of the holes to move is 400 cm ^ 2 / V.s. What is the channel width accordingly? (W =?) aI.Bölge II.BölgeŞekilde 250µm uzunluğunda ve yüzey alanı 100um? olanSi'den yapılmış bir pn eklemi gösterilmiştir. Bu pn eklemindeI.Bölge 1019 cm3, II.Bölge ise 10!7 cm³ atom ile katkılanmıştır.Şekildeki yapıda sadece S1 anahtarı kapalı iken "a-b"uçlarından maksimum çekilmekte olup devreden 250mAakmaktadır. pn ekleminde elektronların hareket etme yeteneği1200cm2/V.s, deliklerin hareket etme yeteneği ise400cm2/V.s'dir. Buna göre Kanal genişliği nedir?Rx.RyVxS1bSi için;S2VyE,(eV) = 1.1E =1.035 *10-12 (F / cm)B(cm *K³/²) = 5.23 *10'5Anahtar AçıkAnahtar Kapalısiq = 1.6*10-19k = 86 *10-eV |K%3Dn;1.5 x 10° / cm'

The width of the depletion region is to be evaluated W=2εV0q1NA+1ND1/2εsi=1.035×10-12F/cmq=1.6×10-19…

Answered: The figure shows the pn junction 250…

The figure shows the pn junction 250 micrometers long and made of silicon with a surface area of 100 micrometers square. In this pn junction, the I region is doped wit

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