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SIMPLORER User Manual V6.0 - FER-a

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7<br />

250 Using Measuring Instruments<br />

Electrical Meters<br />

>>Basics>Measurement>Electrical<br />

Electrical meters provide voltage (across quantity), current (through quantity), and power for<br />

electrical domain components.<br />

Name/Equation Symbol and Nodes Outputs<br />

Voltmeter (VM)<br />

it () = 0 Ri= ∞<br />

+<br />

N1<br />

V<br />

V<br />

i=0<br />

N2<br />

V [V]…Voltage<br />

dV [V/s]…Derivative of Voltage<br />

Ammeter (AM)<br />

∆v() t = 0 Ri= 0<br />

Wattmeter (WM)<br />

POWER() t = vt () ⋅ it ()<br />

Fluidic Meters<br />

A<br />

N1 N2<br />

I[A]…Current<br />

dI [A/s]…Derivative of Current<br />

P[W]…Power<br />

V [V]…Voltage<br />

I[A]…Current<br />

dV [V/s]…Derivative of Voltage<br />

dI [A/s]…Derivative of Current<br />

>>Basics>Measurement>Fluidic<br />

Fluidic meters provide pressure (across quantity), flow rate (through quantity), and power for<br />

fluidic domain components.<br />

V=0<br />

+<br />

NA1<br />

W<br />

NA2<br />

NV1<br />

V<br />

i<br />

NV2<br />

Name/Equation Symbol and Nodes Outputs<br />

Manometer (PM)<br />

∆P<br />

P [Pa]…Differential Pressure<br />

Qt () = 0<br />

Q=0<br />

+<br />

H1 H2<br />

Flow Meter (QM)<br />

∆P() t = 0<br />

Wattmeter (WM_HYD)<br />

POWER() t = Qt () ⋅ Pt ()<br />

i<br />

∆P=0<br />

Q<br />

H1 H2<br />

+<br />

HQ1<br />

W<br />

HQ2<br />

HP1<br />

∆P<br />

Q<br />

HP2<br />

Q [m³/s]…Flow Rate<br />

P [Pa]…Differential Pressure<br />

Q [m³/s]…Flow Rate<br />

POWER [W]…Power

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