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Extra problem 1: Determine the transfer function X(s)/(s) for a process-control valve/electro-pneumatic converter described by the following differential equation: d²x dx 0.0001 +0.02 + x = 0.3i dt dt² where x = valve stem position (in) and i= current input signal to the converter (mA).

Extra problem 1: Determine the transfer function X(s)/(s) for a process-control valve/electro-pneumatic converter described by the following differential equation: d²x dx 0.0001 +0.02 + x = 0.3i dt dt² where x = valve stem position (in) and i= current input signal to the converter (mA).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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- Chapter 10, Problems: 15, 22, 26 (pages 254-255) Extra problem 1: Determine the transfer function X(s)/(s) for a process-control valve/electro-pneumatic converter described by the following differential equation: T dx d²x dt² +0.02 + x = 0.3i dt where x = valve stem position (in) and i= current input signal to the converter (mA). O Search 16 ^ 10 6 Y & 4- 7 C 18 * 0.0001 4+ 8 (29 U 1 fg ( 9 O f11 I P 12 { [ = ins prt sc } ↓ L dele backs
Transcribed Image Text:- Chapter 10, Problems: 15, 22, 26 (pages 254-255) Extra problem 1: Determine the transfer function X(s)/(s) for a process-control valve/electro-pneumatic converter described by the following differential equation: T dx d²x dt² +0.02 + x = 0.3i dt where x = valve stem position (in) and i= current input signal to the converter (mA). O Search 16 ^ 10 6 Y & 4- 7 C 18 * 0.0001 4+ 8 (29 U 1 fg ( 9 O f11 I P 12 { [ = ins prt sc } ↓ L dele backs
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