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A Non-ideal Voltage Source Can Be Modeled By A Series Combination Of An Ideal

Get college assignment help at Smashing Essays A non-ideal voltage source can be modeled by a series combination of an ideal DC voltage source, a resistance, and a small-signal voltage source. The small-signal source is included to represent the noise inherent in the source. This model is illustrated in the figure below: In practice, connecting the non-ideal voltage source to a load may result in undesirable effects due to the noise voltage π‘£π‘œ appearing across the load. This problem studies such effects and how a Zener diode may be used to ameliorate the problem. Assume that 𝑉𝐼=9.5V, 𝑅IN=1 kΞ©, and 𝑣𝑖=50.0mV. In the figure above, calculate the DC output voltage 𝑉𝑂, and the output noise voltage π‘£π‘œ for two values of the load resistance. For 𝑅𝐿=2 kΞ©, the value of 𝑉𝑂 (in Volts) is: and the value of π‘£π‘œ (in Volts, to at least 3 decimal places) is: For 𝑅𝐿=4 kΞ© the value of 𝑉𝑂 (in Volts) is: and the value of π‘£π‘œ (in Volts, to at least 3 decimal places) is: Now, we can insert a Zener diode into the circuit, as shown below. The Zener diode is a nonlinear device and a piecewise-linear approximation to its i-v characteristic is shown graphically below. Again, we calculate π‘£π‘œ (i.e. output noise) and 𝑉𝑂 (i.e. DC output voltage) for 𝑅𝐿=2kΞ© and 𝑅𝐿=4kΞ© for this new circuit. Hint: Your first job here is to determine which of the three regions of the piecewise-linear characteristic of the Zener is the one containing the operating point: we suggest you sketch a load line, but be very careful about the signs. Once you have determined where the operating point is, you can model the Zener in the circuit with a series combination of an independent voltage source and a resistor. For 𝑅𝐿=2 kΞ© the value of 𝑉𝑂 (in Volts) is: And the value of π‘£π‘œ (in Volts, to at least 5 decimal places) is: For 𝑅𝐿=4 kΞ© the value of 𝑉𝑂 (in Volts) is: And the value of π‘£π‘œ (in Volts, to at least 5 decimal places) is: What is the minimum value of 𝑅𝐿, in Ohms, that guarantees that the circuit will operate this way?

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1. GIVEN: Use CIRCUIT 2 V3 = 14.83 V R2 = 1.81 KOhm R3

1. GIVEN: Use CIRCUIT 2 V3 = 14.83 V R2 = 1.81 kOhm R3 = 4 kOhm R4 = 23.9 kOhm R5 = 1.04 kOhm VD2(FB) = 0.7 V FIND: Determine the voltage across R4 in V. 2. GIVEN: Use CIRCUIT 2 V3 = 13.28 V R2 = 1.48 kOhm R3 = 4.61 kOhm R4 = 24.5 kOhm R5 = 1.32 kOhm VD2(FB) = 0.7 V FIND: Determine the current along the diode, IF, in mA. 3. GIVEN: Use CIRCUIT 2 V3 = 14.57 V R2 = 1.74 kOhm R3 = 3.43 kOhm R4 = 23.08 kOhm R5 = 1.84 kOhm VD2(FB) = 0.7 V FIND: Determine the power dissipated by the voltage source V3 in mW. 4. GIVEN: Use CIRCUIT 1 V1 = 8 V V2 = 10 V R1 = 38 kOhm VD1(FB) = 0.7 V FIND: Determine the forward current along the diode, IF, in mA. 5. GIVEN: Use CIRCUIT 1 V1 = 8 V V2 = 13 V R1 = 31 kOhm VD1(FB) = 0.7 V FIND: Determine the power dissipated in the resistor, PR1, in mW. 6. GIVEN: Use CIRCUIT 1 V1 = 7 V V2 = 7 V R1 = 32 kOhm VD1(FB) = 0.7 V FIND: Determine the power dissipated in the diode, PD1, in mW.

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Please help me with both Part B and Part C: I already calculated the voltage across R2 to be 23.6V (If that helps)

Question 4 A) This Question Is Related To Layer 3 Functions. I) What Is

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STOPWATCH CONTROLLER The Objective Of This Project Is To Design Digital Logic For General

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10 slide ppt on basic internet infrastructure for 2 countries

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