For Q1: Vae = 0.7V (=VBE ON), VcE SAT = 0.33V, B = 100 !3! For D1: Vz= 4.6V, V, = 0.7V %3! 11 is a variable current source over (0 - 10) mA. R2 IS 1K RC 2K Q1 D1 R1 1K RE 1.2K 1. Calculate the value...


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For Q1: Vae = 0.7V (=VBE ON), VcE SAT = 0.33V, B = 100<br>!3!<br>For D1: Vz= 4.6V, V, = 0.7V<br>%3!<br>11 is a variable current source over (0 - 10) mA.<br>R2<br>IS<br>1K<br>RC<br>2K<br>Q1<br>D1<br>R1<br>1K<br>RE<br>1.2K<br>1. Calculate the value lorr-AMPL Of Is for which Q1 switches from cut-off to

Extracted text: For Q1: Vae = 0.7V (=VBE ON), VcE SAT = 0.33V, B = 100 !3! For D1: Vz= 4.6V, V, = 0.7V %3! 11 is a variable current source over (0 - 10) mA. R2 IS 1K RC 2K Q1 D1 R1 1K RE 1.2K 1. Calculate the value lorr-AMPL Of Is for which Q1 switches from cut-off to "ON" 2. Demonstrate that Q1 switches from OFF to amplification for the value lorr-AMPL of Is computed above 3. Find the value IAMPLSAT for Is for which Q1 switches from amplification to saturation 4. Demonstrate that D1 is in reverse-biased for any value of Is in the interval (0 - IAMPL SAT)

Jun 10, 2022
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