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Questions tagged [transfer-function]

Anything related to transfer functions, i.e. those complex-valued functions of a complex variable used to model mathematically the I/O relationship of linear time-invariant initially-at-rest system using Laplace transform.

-1 votes
0 answers
26 views

I'm trying to get the transfer function of the circuit, I get the instrumentation amp part but later I got stuck again in the the inversor plus the last one (sum point?). Started with the next section ...
riccs_0x's user avatar
  • 574
0 votes
1 answer
77 views

In the next circuit $$V_{o}=10V_{i}$$,and $$A_{CM}=100$$ how can be calculated the CMRR? Using the CMRR = 20*log(Adm/Acm), it needs the \$Adm\$, gain in ...
riccs_0x's user avatar
  • 574
-1 votes
4 answers
214 views

I never got this one right using superposition. I want to learn from my mistakes. The idea is to get the transfer function based on the coefficients given. Begin at $$V_i$$ and labeled $$V_a$$, and ...
riccs_0x's user avatar
  • 574
4 votes
2 answers
399 views

I am fairly confident is analyzing multiple diode circuits and finding output voltages or currents, etc. I understand and can apply the general procedure of assuming diode states and then analyzing ...
MechatronicGuy's user avatar
1 vote
3 answers
153 views

I wanted to try and build a derivative circuit using an inductor and a resistor for frequencies between 20 Hz to 20 kHz. My idea was I want a transform function of this form: $$H(\omega)=i*\omega *...
lodo's user avatar
  • 23
2 votes
2 answers
302 views

I'm reading the book, "An Intuitive Guide to Compensating Switching Power Supplies", by Christophe Basso. I followed this circuit of the book. I used the values given by the author in the ...
Lipin Kariappa's user avatar
0 votes
1 answer
68 views

Generalized Time- and Transfer-Constant Circuit Analysis, an analysis paper by Ali Hajimiri, presents a Common-Emitter MOSFET as an example of the application of the TTC method to derive the transfer ...
MICHAEL MURITHI's user avatar
0 votes
1 answer
119 views

I was browsing the web for the prior works on the PWM demodulator implementations, and I found patent US4408166A, "Pulse width modulation decoder" from 1982. I cound not obtain the vo ...
Erinç Utku Öztürk's user avatar
3 votes
1 answer
231 views

I'm trying to understand the NEET from the Fast analytical techniques for electrical and electronic circuits book by Vatché Vorpérian. The book defines the following terms for the development of NEET: ...
MICHAEL MURITHI's user avatar
0 votes
0 answers
69 views

I am deriving the transfer function (output voltage wrt input duty) of an isolated boost converter using small signal analysis. I have attached my derivation here with. But when I am inputing duty to ...
Peter Electronics's user avatar
2 votes
0 answers
67 views

I'm studying how to derive the transfer function of a SEPIC, by use of the Extra Elements Theorem, in section 16.2.3: SEPIC Example, in the book Fundamentals of Power Electronics by Dragan Maksimović ...
MICHAEL MURITHI's user avatar
1 vote
2 answers
146 views

This is part of the datasheet for the LM5022, a boost converter. I've managed to figure out I can just take the zeros ZESR, RHP and the pole LEP. However, I've figured out that the brackets with s^2 ...
Light's user avatar
  • 105
6 votes
4 answers
2k views

I am trying to design a circuit that has the transfer function reported in this graph: I have an analog signal that goes from 0 to 5V more or less and I want to have a range (in this case from 2.4 to ...
Simone Ambrosini's user avatar
1 vote
0 answers
128 views

I am looking for op-amp based second order high pass shelving filter whose corner is set at 25Hz and by 18Hz it should be 15dB to 18dB down. Thats quite a steep roll-off. While there are other filters ...
wonderfuliot's user avatar
2 votes
2 answers
550 views

In Section 8.1.6, Quadratic Pole Response: Resonance, of Fundamentals of Power Electronics by Erickson and Maksimovic, the Author states that the transfer function G(s) of the two-pole low-pass filter ...
MICHAEL MURITHI's user avatar

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