beta =300 and my voltage is 20 v dc and 1 vpp and 1 khz of signal. ### Transcription for Educational Website#### Electrical Parameter SummaryThis table provides a summary of various DC and AC electrical parameters typically used in electronic circuit analysis.**DC Values:**- **\( V_C \):** Collector Voltage- **\( V_B \):** Base Voltage- **\( V_E \):** Emitter Voltage- **\( V_{CE} \):** Collector-Emitter Voltage- **\( I_C \):** Collector Current**AC Values:**- **\( V_{in} \):** Input Voltage- **\( I_{in} \):** Input Current- **\( R_{in} \):** Input Resistance- **\( V_{out} \):** Output Voltage- **\( I_{out} \):** Output Current- **\( A_V \):** Voltage Gain- **\( A_i \):** Current Gain- **\( A_p \):** Power Gain### Explanation of Parameters- **DC Values** are concerned with the direct current (steady-state) characteristics of a circuit, particularly in transistor circuits, where understanding the voltages and currents at specific points is crucial for biasing and operating point analysis. - **AC Values** focus on the alternating current characteristics where signals vary with time. Parameters like input/output voltage and current, and various gains are essential for analyzing how signals are amplified in circuits.This table should serve as a reference for students and professionals to quickly identify key parameters in circuit design and analysis. **Part I: Common Emitter Amplifier****Circuit Diagram:**The diagram shows a common emitter amplifier circuit including components such as resistors, capacitors, and a transistor. Key elements are:- \( V_{CC} \): Power supply voltage.- \( R_C, R_X, R_1, R_2, R_{E1}, R_{E2}, R_g \): Resistors.- \( C_E \): Emitter bypass capacitor.- \( V_{in} \): Input AC voltage source.**Given Circuit Values:**- \( V_{CC} = 20V \)- \( R_C = 15k\Omega \)- \( R_X = 22k\Omega \)- \( R_1 = 220k\Omega \)- \( R_2 = 56k\Omega \)- \( R_{E1} = 300\Omega \)- \( R_{E2} = 3.9k\Omega \)- \( R_g = 100k\Omega \)**Instructions:**1. Calculate DC Values and record the results.2. Calculate AC Values and record the results.3. Measure \( V_C, V_B, \) and \( V_E \). Calculate \( V_{CE} \) and record all values.4. Determine the measured value of \( I_C \) using: \[ I_C = \frac{V_{CC} - V_C}{R_C} \]**Formulas:**- **Emitter Resistor Calculation:** \[ r'_e = \frac{25mV}{I_E} \]- **Voltage Gain:** \[ A_v = \frac{R_C \parallel R_2}{r'_e + R_{E1}} \]- **Input Resistance:** \[ R_{in(total)} = R_1 \parallel R_2 \parallel \beta_{ac}(r'_e + R_{E1}) \]Use these steps and formulas to analyze the common emitter amplifier circuit systematically. Ensure all measurements are accurate and follow proper procedures for calculations and recordings in the provided sections.

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Answered: Parameter Vc VB VE DC Values VCE Ic Vin…

Parameter Vc VB VE DC Values VCE Ic Vin lin Rin Vout AC Values Tout A, A; Ap

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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