Using op-amps, which have a gain x bandwidth constant

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The discussion focuses on designing three specific op-amp circuits: an inverting amplifier with a gain of 500 and an input impedance of 20kΩ, a differential amplifier with a gain of -10, and a current-to-voltage converter for 100mA to 1V. Participants emphasize the importance of understanding the theory behind op-amp applications and calculating component values accurately. A link to Wikipedia is provided for basic op-amp circuit designs, but users are reminded that they need to engage in the problem-solving process themselves. The thread highlights a common expectation in forums for users to demonstrate effort before receiving assistance. Overall, the conversation underscores the necessity of grasping fundamental concepts in op-amp circuit design.
adam90
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Using op-amps, which have a gain x bandwidth constant of 500,000, design the following circuits. Include circuit diagrams, the appropriate theory and details of how you calculated the values of all the components used.(i) An inverting amplifier with a gain of 500, having an input impedance of 20kΩ.

(ii) A differential amplifier, which amplifies the voltage difference between two signals, V1 and V2, by a factor of -10

(iii) A current to voltage converter, capable of converting 100mA into 1V.

I have no idea how to work this out, please help. thank you.
 
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could you do one for me then i will understand the method thanks
 
That is not how the PF works. YOU do the work, or we can't help you.
 

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