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Electronics 2

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  • What function relationship describes the transfer characteristics of the device?

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Examine the driveability limits at the amplifier output and input by determining the DC transfer characteristic! Perform cursor measurements on the characteristic!

Paste a picture of the DC transfer characteristic result (with cursors and result table) into the text box below!

(10 score)

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Determine the transient response function of the circuit to a unit step signal!

Determine the rise time of the characteristics! 

(Rise time is the duration it takes for a signal's output to transition from a low value to a high value, typically measured from 10% to 90% of its final amplitude)

Make sure that the output of the circuit does not saturate!

Paste a picture of the transient simulation result (including correctly positioned cursors and the result table) into the text box below!

(15 score)

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Analyse the Gain characteristics by simulating the AC transfer characteristics. (Bode plot)

Determine some parameters using the cursors!

Parameters to be  determined:

Midband and Low/High limit frequency values.

Position the cursors (A and B) to the values above !

Position the result table to a visible place on the picture to be copied!

After setting cursors, insert a picture of the AC transfer characteristics to the text box below! 

(15 score)

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Build up the circuit in TINA and insert a picture to the text box below!  

Upload the TINA .TSC file as well!

Check the correct values and polarities of the power supply and the opamps input polarities as well!

(10 + 10 score)

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After setting of the filter parameter insert a picture to the text box below! 

  • Next Steps/ View: [Voltage Range] table 

(10 score)

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After setting of the filter parameter insert a picture to the text box below!  

  • Next Steps/ View: [Step Response

(10 score)

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After setting of the filter parameter insert a picture to the text box below! 

  • Next Steps/ View: [Magnitude (dB)] .

(10 scores)

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After setting of the filter parameters insert a picture into the text box below: 

  • Next Steps/ View: [Circuit] The ready made filter circuit diagram.

(10 scores)

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