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Vds (V) Id (Ma) % 4.07 109 6% 4.07 109 17% 4.08 109 30% 4.09 109 43% 4.1 109 51% 4.11 109 57% 4.12 109 61% 4.13 109 68% 4.17 108 77% 4.25 107 85% 4.37 106 90% 4.51 105 93% 4.72 103 97% 5.81 91.6 100%

This document shows the relationship between voltage (Vds) and current (Id) for a semiconductor device, with increasing voltage corresponding to increasing current from 6% to 100% and decreasing maximum current from 109mA to 91.6mA. A graph depicts the nonlinear I-V curve with current rising more sharply at higher voltages from 4V to 6V.

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65 views2 pages

Vds (V) Id (Ma) % 4.07 109 6% 4.07 109 17% 4.08 109 30% 4.09 109 43% 4.1 109 51% 4.11 109 57% 4.12 109 61% 4.13 109 68% 4.17 108 77% 4.25 107 85% 4.37 106 90% 4.51 105 93% 4.72 103 97% 5.81 91.6 100%

This document shows the relationship between voltage (Vds) and current (Id) for a semiconductor device, with increasing voltage corresponding to increasing current from 6% to 100% and decreasing maximum current from 109mA to 91.6mA. A graph depicts the nonlinear I-V curve with current rising more sharply at higher voltages from 4V to 6V.

Uploaded by

Cristian
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
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Vds (V) Id (mA) %

4.07 109 6%
4.07 109 17% BC
4.08 109 30%
115
4.09 109 43%
110
4.1 109 51%
4.11 109 57% 105

4.12 109 61% 100

Id (mA)
4.13 109 68% 95
4.17 108 77% 90
4.25 107 85% 85
4.37 106 90%
80
4.51 105 93% 3.5 4 4.5
4.72 103 97%
5.81 91.6 100%
BC548
15
10
05
00
95
90
85
80
3.5 4 4.5 5 5.5 6
Vds (V)

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