1. For the diode circuit shown in Figure C1, assume the Turn-On voltage of LED1 is 2.0V and LED2 is 1.4V. Calculate current I, that flows through Resistor R [2] i. If the switch S1 is closed and S2 is...

1.<br>For the diode circuit shown in Figure C1, assume the Turn-On voltage of LED1 is 2.0V<br>and LED2 is 1.4V. Calculate current I, that flows through Resistor R<br>[2]<br>i. If the switch S1 is closed and S2 is open<br>[2]<br>ii. If the switch S2 is closed and S1 is<br>open<br>[1]<br>iii. If both the switches are closed<br>Vss<br>18V<br>S2<br>LED,<br>D1<br>Si<br>D3<br>Si<br>DA<br>D2<br>ALED2<br>Ge<br>Ge<br>R1<br>500Q<br>R2<br>I $2.5kQ<br>V1<br>=3.5 V<br>

Extracted text: 1. For the diode circuit shown in Figure C1, assume the Turn-On voltage of LED1 is 2.0V and LED2 is 1.4V. Calculate current I, that flows through Resistor R [2] i. If the switch S1 is closed and S2 is open [2] ii. If the switch S2 is closed and S1 is open [1] iii. If both the switches are closed Vss 18V S2 LED, D1 Si D3 Si DA D2 ALED2 Ge Ge R1 500Q R2 I $2.5kQ V1 =3.5 V

Jun 10, 2022

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1. For the diode circuit shown in Figure C1, assume the Turn-On voltage of LED1 is 2.0V and LED2 is 1.4V. Calculate current I, that flows through Resistor R [2] i. If the switch S1 is closed and S2 is...

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