Questions from Electronics

Q: For the network of Fig. 5.172: /

For the network of Fig. 5.172:

Q: For the voltage-divider configuration of Fig. 5.173

For the voltage-divider configuration of Fig. 5.173:

Q: Repeat Problem 6 using the universal JFET bias curve

Repeat Problem 6 using the universal JFET bias curve

Q: For the emitter-stabilized network of Fig. 5.174

For the emitter-stabilized network of Fig. 5.174:

Q: For the network of Fig. 5.175: /

For the network of Fig. 5.175:

Q: For the common-base network of Fig. 5.176

For the common-base network of Fig. 5.176:

Q: a. Describe in your own words the operation of the network

a. Describe in your own words the operation of the network of Fig. 6.45 with Vi = 0 V. b. If the “on” MOSFET of Fig. 6.45 (with Vi = 0 V) has a drain current of 4 mA with VDS = 0.1 V, what is the appr...

Q: For the self-bias JFET network of Fig. 8.

For the self-bias JFET network of Fig. 8.90: a. Determine AvNL, Zi, and Zo. b. Sketch the two-port model of Fig. 5.75 with the parameters determined in part (a) in place. c. Determine AvL and Avs. d....

Q: For the source-follower network of Fig. 8.91

For the source-follower network of Fig. 8.91: a. Determine AvNL, Zi, and Zo. b. Sketch the two-port model of Fig. 5.75 with the parameters determined in part (a) in place. c. Determine AvL and Avs. d....

Q: The input impedance to a common-emitter transistor amplifier is 1

The input impedance to a common-emitter transistor amplifier is 1.2 kΩ with b = 140, ro = 50 kΩ, and RL = 2.7 kΩ. Determine: a. re. b. Ib if VI = 30 mV. c. Ic. d. Ai = Io>Ii = IL>Ib. e. Av = VO>VI.