An active compensated inverting VCVS is proposed which has only one compensation element. It is shown analytically that the phase error of the inverting VCVS transfer function is a third-order term equal to -（l+K）ω3/ω（t1）2ω（t2）

whereas the magnitude error is a second-order term equal to（1+K）ω2/ω（t1）ω（t2） over the range of frequencies ω/ω（t1）≤1 and ω≤ [ω（t1）ω（t2）/（l+K）]（1/2）

where K is the closed-loop DC gain of the inverting VCVS and ω（t1） is the gain-bandwidth product of the OP AMP. An example of application and the experimental results are also given.ω