2) For the self-bias configuration of given figure. Ipss value is first and last digit of your id number in miliAmps,(Selection of other values will not be evaluated in all parts) a) Sketch the...


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2) For the self-bias configuration of given figure. Ipss<br>value is first and last digit of your id number in<br>miliAmps,(Selection of other values will not be<br>evaluated in all parts)<br>a) Sketch the transfer curve for the device by using<br>18<br>1.5 kQ<br>four points [Vcs<br>= Vp, Vcs = Ves =<br>Ve<br>0.3V, ,<br>Vas = 0] given.<br>VGs<br>AT14<br>(Note: No other method and derived solutions will<br>be evaluated for all parts of solution)<br>b) Superimpose the network equation on the same<br>graph.<br>c) Determine ID. and Ves, by the graphic approach.<br>I MO<br>750 2<br>d) Calculate VDs, VD. VG, and Vs.<br>

Extracted text: 2) For the self-bias configuration of given figure. Ipss value is first and last digit of your id number in miliAmps,(Selection of other values will not be evaluated in all parts) a) Sketch the transfer curve for the device by using 18 1.5 kQ four points [Vcs = Vp, Vcs = Ves = Ve 0.3V, , Vas = 0] given. VGs AT14 (Note: No other method and derived solutions will be evaluated for all parts of solution) b) Superimpose the network equation on the same graph. c) Determine ID. and Ves, by the graphic approach. I MO 750 2 d) Calculate VDs, VD. VG, and Vs.
+18 V<br>For the network of figure, IDSS = your id number in<br>miliAmps, VP = -6 V, and ra= 40 k2 are given.<br>Determine,<br>a) VGsQ<br>b) IDo<br>1.8 k2<br>RD<br>c) gm<br>d) Zi.<br>e) Zo.<br>f) Av.<br>I MQ<br>Ro<br>1.5 V<br>1<br>

Extracted text: +18 V For the network of figure, IDSS = your id number in miliAmps, VP = -6 V, and ra= 40 k2 are given. Determine, a) VGsQ b) IDo 1.8 k2 RD c) gm d) Zi. e) Zo. f) Av. I MQ Ro 1.5 V 1

Jun 10, 2022
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