(mA) Ves=+8 V 10 9 81 Vas=+7 V Vas=+6 V 3 Vas=+5 V 2 Vas=+4 V 1 Vas=+3 V Vas=+2 V 5 10 15 20 25 Vos (V) Figure -1 A fixed dC level input for your network you designed in Q.1 is required. Design a...


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(mA)<br>Ves=+8 V<br>10<br>9<br>81<br>Vas=+7 V<br>Vas=+6 V<br>3<br>Vas=+5 V<br>2<br>Vas=+4 V<br>1<br>Vas=+3 V<br>Vas=+2 V<br>5 10 15 20 25<br>Vos (V)<br>Figure -1<br>A fixed dC level input for your network you designed in Q.1 is required. Design a voltage<br>regulator<br>for<br>your<br>VDD<br>dC<br>value<br>for<br>your<br>network<br>in<br>Q.1.<br>Hint: Use the output voltage you obtained as input to the voltage regulator, and regulator output<br>can be connected to the network in Figure. 1 (VDD). Components you can handle may be zener<br>diode, resistor, capacitor<br>

Extracted text: (mA) Ves=+8 V 10 9 81 Vas=+7 V Vas=+6 V 3 Vas=+5 V 2 Vas=+4 V 1 Vas=+3 V Vas=+2 V 5 10 15 20 25 Vos (V) Figure -1 A fixed dC level input for your network you designed in Q.1 is required. Design a voltage regulator for your VDD dC value for your network in Q.1. Hint: Use the output voltage you obtained as input to the voltage regulator, and regulator output can be connected to the network in Figure. 1 (VDD). Components you can handle may be zener diode, resistor, capacitor

Jun 11, 2022
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