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Shunt mixing is generally easy to identify because it
- a)has a resistor in parallel with the input source.
- b)has a resistor whose one end is connected to the input node, such that it draws current away from that node.
- c)has a shunt capacitance from the output to ground.
- d)has a shunt resistance from the input node to ground.
Correct answer is option 'B'. Can you explain this answer?
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Most Upvoted Answer
Shunt mixing is generally easy to identify because ita)has a resistor ...
Explanation:
Shunt mixing is a technique used in electronic circuits to combine or mix two signals together. It is commonly used in RF (Radio Frequency) circuits for frequency conversion or modulation/demodulation applications.
Shunt mixing can be easily identified by observing the circuit configuration. The correct answer is option 'B', which states that shunt mixing has a resistor whose one end is connected to the input node, such that it draws current away from that node.
Here is a detailed explanation of why option 'B' is the correct answer:
Definition of Shunt Mixing:
Shunt mixing refers to the process of combining or mixing two signals by diverting a portion of one signal away from the input node. This is achieved by connecting a resistor between the input node and ground.
Explanation of Option 'B':
Option 'B' states that shunt mixing has a resistor whose one end is connected to the input node, such that it draws current away from that node. Let's break down this statement and understand its significance:
1. Resistor: Shunt mixing involves the use of a resistor in the circuit. The resistor is connected between the input node and ground.
2. One End Connected to Input Node: One end of the resistor is directly connected to the input node of the circuit. This means that the input signal passes through the resistor.
3. Draws Current Away from Input Node: The resistor is designed in such a way that it diverts a portion of the input signal current away from the input node. This creates a voltage drop across the resistor.
4. Significance: The purpose of drawing current away from the input node is to mix or combine the input signal with another signal. By diverting a portion of the input signal current, the resistor effectively modulates or alters the signal.
Identification of Shunt Mixing:
To identify shunt mixing in a circuit, you can look for the presence of a resistor connected between the input node and ground. The resistor should draw current away from the input node, indicating the mixing process.
Conclusion:
In conclusion, shunt mixing can be identified by the presence of a resistor connected between the input node and ground, such that it draws current away from the input node. This resistor plays a crucial role in combining or mixing two signals together.
Shunt mixing is a technique used in electronic circuits to combine or mix two signals together. It is commonly used in RF (Radio Frequency) circuits for frequency conversion or modulation/demodulation applications.
Shunt mixing can be easily identified by observing the circuit configuration. The correct answer is option 'B', which states that shunt mixing has a resistor whose one end is connected to the input node, such that it draws current away from that node.
Here is a detailed explanation of why option 'B' is the correct answer:
Definition of Shunt Mixing:
Shunt mixing refers to the process of combining or mixing two signals by diverting a portion of one signal away from the input node. This is achieved by connecting a resistor between the input node and ground.
Explanation of Option 'B':
Option 'B' states that shunt mixing has a resistor whose one end is connected to the input node, such that it draws current away from that node. Let's break down this statement and understand its significance:
1. Resistor: Shunt mixing involves the use of a resistor in the circuit. The resistor is connected between the input node and ground.
2. One End Connected to Input Node: One end of the resistor is directly connected to the input node of the circuit. This means that the input signal passes through the resistor.
3. Draws Current Away from Input Node: The resistor is designed in such a way that it diverts a portion of the input signal current away from the input node. This creates a voltage drop across the resistor.
4. Significance: The purpose of drawing current away from the input node is to mix or combine the input signal with another signal. By diverting a portion of the input signal current, the resistor effectively modulates or alters the signal.
Identification of Shunt Mixing:
To identify shunt mixing in a circuit, you can look for the presence of a resistor connected between the input node and ground. The resistor should draw current away from the input node, indicating the mixing process.
Conclusion:
In conclusion, shunt mixing can be identified by the presence of a resistor connected between the input node and ground, such that it draws current away from the input node. This resistor plays a crucial role in combining or mixing two signals together.
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Shunt mixing is generally easy to identify because ita)has a resistor in parallel with the input source.b)has a resistor whose one end is connected to the input node, such that it draws current away from that node.c)has a shunt capacitance from the output to ground.d)has a shunt resistance from the input node to ground.Correct answer is option 'B'. Can you explain this answer?
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