Homework 3 Due September 15 P3.1) Sedra and Smith 2.82

P3.2) Sedra and Smith 2.93 Replace with inverting amplifier gain of -50 V/V.

P3.3) Sedra and Smith 2.97 Replace with slew rate of LT1635 at unity gain given in datasheet. See Sedra and Smith 2.6.3 for info on slew rate.

P3.4) Sedra and Smith 2.104 Replace with inverting amplifier gain of -50 V/V.

P3.5) From the LT1635 datasheet, determine (a) the DC open loop gain in both dB and [V/V] and (b) the unity gain frequency from one of the figures on page 8 of the datasheet. http://cds.linear.com/docs/Datasheet/1635fa.pdf

P3.6) Sedra and Smith 3.2 Replace the power supply voltages with +5V and -5V.

P3.7) A particular P/N junction diode conducts 1 mA at an applied junction voltage of +0.65V at a temperature of 20 degrees Celsius. Find IS. Assume that the ideality factor, n, is unity.

Homework 3 Due September 15P3.1) Sedra and Smith 2.82P3.2) Sedra and Smith 2.93 Replace with inverting amplifier gain of -50 V/V.P3.3) Sedra and Smith 2.97 Replace with slew rate of LT1635 at unity gain given in datasheet. See Sedra and Smith 2.6.3 for info on slew rate.P3.4) Sedra and Smith 2.104 Replace with inverting amplifier gain of -50 V/V.P3.5) From the LT1635 datasheet, determine (a) the DC open loop gain in both dB and [V/V] and (b) the unity gain frequency from one of the figures on page 8 of the datasheet. http://cds.linear.com/docs/Datasheet/1635fa.pdfP3.6) Sedra and Smith 3.2 Replace the power supply voltages with +5V and -5V.P3.7) A particular P/N junction diode conducts 1 mA at an applied junction voltage of +0.65V at a temperature of 20 degrees Celsius. Find IS. Assume that the ideality factor, n, is unity.