next up previous contents
Next: 2.3.3.13 Power Monitor Up: 2.3.3 Devices Previous: 2.3.3.11 Current Controlled Voltage


2.3.3.12 Gyrator

The constitutive relations for a linear gyrator are given as
Iout = g . Vin, (2.42)
Iin = g . Vout (2.43)

where g is the gyrator constant. The gyrator can be modeled with the classic NA as it is purely voltage controlled. The voltages and currents are shown in Fig. 2.7 and the stamp is given as

Figure 2.7: Voltages and currents for a gyrator
\begin{figure}
\begin{center}
\resizebox{7.8cm}{!}{
\psfrag{IA}{$\scriptstyle I_...
...
\includegraphics[width=7.8cm,angle=0]{figures/gyr.eps}}\end{center}\end{figure}

yx, y $ \varphi_{1}^{}$ $ \varphi_{2}^{}$ $ \varphi_{3}^{}$ $ \varphi_{4}^{}$     r
n1     g - g - Iin
n2     - g g Iin
n3 - g g     Iout
n4 g - g     - Iout


next up previous contents
Next: 2.3.3.13 Power Monitor Up: 2.3.3 Devices Previous: 2.3.3.11 Current Controlled Voltage
Tibor Grasser
1999-05-31