Germanium Transistor Leakage Current at Michael Ponce blog

Germanium Transistor Leakage Current. unlike silicon transistors, small to moderate increases in temperature can cause drastic bias changes when using germanium. there are no leakage currents in the transistor with its two diodes if one electrode is open at a time. The leakage current icbo is measured first. Then the base current ib is measured at fixed collector current ic (eg. a leakage current i leak of the collector junction also contributes to the collector current i c. thanks to germanium’s small bandgap, a transistor with a germanium channel could require as little as a quarter. the suppressed leakage current (i off) and ambipolar current (i ambi) are 9.49 × 10 −14 a/µm and 1.95 × 10 −12.

(PDF) Analysis of the effect of germanium preamorphization on interface
from www.academia.edu

The leakage current icbo is measured first. there are no leakage currents in the transistor with its two diodes if one electrode is open at a time. a leakage current i leak of the collector junction also contributes to the collector current i c. unlike silicon transistors, small to moderate increases in temperature can cause drastic bias changes when using germanium. thanks to germanium’s small bandgap, a transistor with a germanium channel could require as little as a quarter. Then the base current ib is measured at fixed collector current ic (eg. the suppressed leakage current (i off) and ambipolar current (i ambi) are 9.49 × 10 −14 a/µm and 1.95 × 10 −12.

(PDF) Analysis of the effect of germanium preamorphization on interface

Germanium Transistor Leakage Current the suppressed leakage current (i off) and ambipolar current (i ambi) are 9.49 × 10 −14 a/µm and 1.95 × 10 −12. the suppressed leakage current (i off) and ambipolar current (i ambi) are 9.49 × 10 −14 a/µm and 1.95 × 10 −12. there are no leakage currents in the transistor with its two diodes if one electrode is open at a time. The leakage current icbo is measured first. unlike silicon transistors, small to moderate increases in temperature can cause drastic bias changes when using germanium. a leakage current i leak of the collector junction also contributes to the collector current i c. thanks to germanium’s small bandgap, a transistor with a germanium channel could require as little as a quarter. Then the base current ib is measured at fixed collector current ic (eg.

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