Define the term Phase Reversal

Define the term Phase Reversal

---

- In common emitter connection, when the input signal voltage increases in the positive sense, the output voltage increases in the negative direction and vice-versa. In other words, there is a phase difference of 180° between the input and output voltage in CE connection. This is called phase reversal.
- The phase difference of 180° between the signal voltage and output voltage in a common emitter
amplifier is known as phase reversal.

---

Wilfykil answered the question on August 15, 2019 at 08:40

Exams With Marking Schemes

• Grade 1
• Grade 2
• Grade 3
• Grade 4
• Grade 5
• Grade 6
• Grade 7
• Grade 8
• Grade 9
• PP1
• PP2
• Playgroup
• Form 1
• Form 2
• Form 3
• Form 4

Related Questions

---

• Select a suitable value for the emitter bypass capacitor in Fig. 5.4 if the amplifier is to operate over a frequency range from 2 kHz... (Solved)
  

  Select a suitable value for the emitter bypass capacitor in Fig. 5.4 if the amplifier is to operate over a frequency range from 2 kHz to 10 kHz.
  
  

  Date posted: August 15, 2019 .    Answers (1)

• What is the role of emitter bypass capacitor C_E in CE amplifier circuit shown in Fig. 5.3 ? Illustrate with a numerical example. (Solved)
  

  What is the role of emitter bypass capacitor C_E in CE amplifier circuit shown in Fig. 5.3 ? Illustrate with a numerical example.
  
  

  Date posted: August 15, 2019 .    Answers (1)

• Show and explain a Practical Circuit of Transistor Amplifier (Solved)
  

  Show and explain a Practical Circuit of Transistor Amplifier

  Date posted: August 15, 2019 .    Answers (1)

• Define Single Stage Transistor Amplifier and explain how it works (Solved)
  

  Define Single Stage Transistor Amplifier and explain how it works

  Date posted: August 15, 2019 .    Answers (1)

• For a single stage transistor amplifier, the collector load is R_C = 2 kilo-ohms and the input resistance R_i = 1 kilo-ohm. If the current... (Solved)
  

  For a single stage transistor amplifier, the collector load is R_C = 2 kilo-ohms and the input resistance R_i = 1 kilo-ohm. If the current gain is 50, calculate the voltage gain of the amplifier.

  Date posted: August 15, 2019 .    Answers (1)

• If the collector current changes from 2 mA to 3mA in a transistor when collector- emitter voltage is increased from 2V to 10V, what is... (Solved)
  

  If the collector current changes from 2 mA to 3mA in a transistor when collector- emitter voltage is increased from 2V to 10V, what is the output resistance?

  Date posted: August 15, 2019 .    Answers (1)

• A change of 200 mV in base-emitter voltage causes a change of 100 µA in the base current. Find the input resistance of the transistor. (Solved)
  

  A change of 200 mV in base-emitter voltage causes a change of 100 μA in the base current. Find the input resistance of the transistor.
  
  

  Date posted: August 15, 2019 .    Answers (1)

• What does the performance of a transistor amplifier depend upon? (Solved)
  

  What does the performance of a transistor amplifier depend upon?

  Date posted: August 15, 2019 .    Answers (1)

• What is the Output from Transistor Amplifier? (Solved)
  

  What is the Output from Transistor Amplifier?

  Date posted: August 15, 2019 .    Answers (1)

• Determine the Q point of the transistor circuit shown in Fig. 4.40. Also draw the d.c. load line. Given ß = 200 and V_BE =... (Solved)
  

  Determine the Q point of the transistor circuit shown in Fig. 4.40. Also draw the d.c. load line. Given β = 200 and V_BE = 0.7V.
  
  

  Date posted: August 15, 2019 .    Answers (1)

• In the circuit diagram shown in Fig. 4.39 (i), if V_CC = 12V and R_C = 6 kilo-ohms, draw the d.c. load line. (Solved)
  

  In the circuit diagram shown in Fig. 4.39 (i), if V_CC = 12V and R_C = 6 kilo-ohms, draw the d.c. load line. What will be the Q point if zero signal base current is 20μA and β = 50?

  Date posted: August 15, 2019 .    Answers (1)

• For the circuit shown in Fig. 4.38 (i), draw the d.c. load line. (Solved)
  

  For the circuit shown in Fig. 4.38 (i), draw the d.c. load line.
  
  

  Date posted: August 15, 2019 .    Answers (1)

• Explain Transistor Load Line Analysis (Solved)
  

  Explain Transistor Load Line Analysis

  Date posted: August 15, 2019 .    Answers (1)

• Explain Transistor as an Amplifier in CE Arrangement (Solved)
  

  Explain Transistor as an Amplifier in CE Arrangement

  Date posted: August 15, 2019 .    Answers (1)

• Which are the Commonly Used Transistor Connection? (Solved)
  

  Which are the Commonly Used Transistor Connection?

  Date posted: August 15, 2019 .    Answers (1)

• Show the Comparison of Transistor Connections (Solved)
  

  Show the Comparison of Transistor Connections

  Date posted: August 15, 2019 .    Answers (1)

• Fig. 4.28 shows the short circuit failures in a transistor. What will be the circuit behaviour in each case ? (Solved)
  

  Fig. 4.28 shows the short circuit failures in a transistor. What will be the circuit behaviour in each case ?
  
  

  Date posted: August 14, 2019 .    Answers (1)

• Fig. 4.27 shows the open circuit failures in a transistor. What will be the circuit behaviour in each case ? (Solved)
  

  Fig. 4.27 shows the open circuit failures in a transistor. What will be the circuit behaviour in each case ?
  

  Date posted: August 14, 2019 .    Answers (1)

• A transistor has the following ratings: I_C (max) = 500 mA and ßmax = 300. (Solved)
  

  A transistor has the following ratings: I_C (max) = 500 mA and ßmax = 300. Determine the maximum allowable value of I_B for the device.

  Date posted: August 14, 2019 .    Answers (1)

• In a transistor, I_B = 68 µA, I_E = 30 mA and ß = 440. (Solved)
  

  In a transistor, I_B = 68 µA, I_E = 30 mA and ß = 440. Determine the a rating of the
  transistor. Then determine the value of I_C using both the a rating and ß rating of the transistor.

  Date posted: August 14, 2019 .    Answers (1)