Practice Graphical Interpretation Of I-v Characteristic (12.1.1) - Revisiting MOSFET (Contd.)

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6 sample questions

Question 1.
What does I-V stand for?
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Think about the two electrical quantities involved.
Question 2.
Define V_SD.
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Consider where this voltage applies.
3Question 3.
What are the key components of the I-V characteristic?
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Consider what two variables are being measured.
4Question 4.
Is V_SD equal to V_SD(sat) assumed in practical applications?
- True
- False
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Think about practical assumptions in mathematics.
Question 5.
An engineer measures the current through a device and notes a significant drop-off in performance at 3 volts. How would you graphically represent this and what could it imply?
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Consider the implications of current drop relative to voltage increase.
Question 6.
A silicon diode has an I-V curve that sharply increases after 0.7V. How would this inform your design decisions for a circuit using this diode?
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Think about how certain components behave at their threshold voltages.

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