# Load Line Analysis Online Exam Quiz

Load Line Analysis GK Quiz. Question and Answers related to Load Line Analysis. MCQ (Multiple Choice Questions with answers about Load Line Analysis

### Consider an RC coupled amplifier at low frequency. Internal voltage gain is -120. Find the voltage gain magnitude, when given that collector resistance = 1k?, load = 9k?, collector capacitance is 0. is 0.1?F, and input frequency is 20Hz.

**Options**

A : 120

B : 12

C : 15

D : -12

### Find net voltage gain, given hfe = 50 and hie = 1k?.^

**Options**

A : 27.68

B : -22

C : 30.55

D : -27.68

### Given that capacitance w.r.t the input node is 2pF and output node is 4pF, find capacitance between input and output node.

**Options**

A : 0.67 pF

B : 1.34pF

C : 0.44pF

D : 2.2pF

### In Miller's theorem, what is the constant K?

**Options**

A : Total voltage gain

B : Internal voltage gain

C : Internal current gain

D : Internal power gain

### The ideal diode model of a silicon semiconductor diode gives an error that is greater than that obtained in approximate equivalent model. Is the statement true or false?

**Options**

A : TRUE

B : FALSE

C : -

D : -

### Using the approximate equivalent model of a silicon diode and taking E=10 V and R=1k, what is the value of diode current at operating point?

**Options**

A : 9.25 mA

B : 10 mA

C : 0 mA

D : 9.5 mA

### Using the approximate equivalent model of a silicon diode and taking E=10 V and R=1k, what is the value of diode voltage at operating point?

**Options**

A : 0.7 V

B : 0.3 V

C : 10 V

D : 9.3 V

### Using the ideal diode model of a silicon diode and taking E=10 V and R=1k, what is the value of diode current at operating point?

**Options**

A : 9.25 mA

B : 10 mA

C : 0 mA

D : 9.5mA

### Using the ideal diode model of a silicon diode and taking E=10 V and R=1k, what is the value of diode voltage at operating point?

**Options**

A : 0.7 V

B : 0 V

C : 10 V

D : 0.3V

### What is the change in voltage across the resistor when the load line is shifted from R1 to R2?^

**Options**

A : 0 V

B : 9.25 V

C : 10 V

D : 9 V

### Load Line Analysis more Online Exam Quiz

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