Using either the mesh method or the super mesh method, calculate the range of R values that the resistors can assume so that the diode works in forward bias. R 1 kΩ-R 20 n 10 V 10 n 10 Ω 20 n

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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A diode is a passive, non-linear electronic element that works like a switch depending on the polarity and the applied current. For the diode to close, it is necessary that VAK > 0 be fulfilled at the same time and that the ID current be positive (go in the direction of the arrow), with only one of the conditions that is not fulfilled, the diode opens. When the diode is closed, it is said to be forward biased, it behaves like a closed switch but its voltage is assumed to be +0.7 V. If the diode is open, it is said to be reverse biased, and it behaves like a open switch.

Using either the mesh method or the super mesh method, calculate the range of R values
that the resistors can assume so that the diode works in forward bias.
R
1 kΩ-R
20 n
10 V
10 n
10 Ω
20 n
Transcribed Image Text:Using either the mesh method or the super mesh method, calculate the range of R values that the resistors can assume so that the diode works in forward bias. R 1 kΩ-R 20 n 10 V 10 n 10 Ω 20 n
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