A grounded capacitance multiplier (GCM), which has a single second-generation voltage conveyor (VCII), is proposed in this manuscript. The proposed GCM is lossless, and it is designed with two resistors and a capacitor. In the proposed GCM, there is no need for any passive/active element matching conditions. However, both resistors and a capacitor are floating. The ideal and non-ideal analyses are made, and parasitic impedance effects are investigated for the proposed lossless GCM. All simulations are made through the SPICE program, while 0.18 mu m CMOS technology parameters are utilized in the proposed GCM. The proposed GCM has low power consumption, which is calculated as 36.6 mu W by using the SPICE program. The operating frequency range of the proposed GCM is from about 300 Hz to 3 MHz. A maximum multiplying factor can be chosen as 1000 by changing the value of the resistors. In addition, the proposed GCM is tested in the application example to see its behavior. Also, the experiment of the proposed GCM is performed by using one AD844 instead of the VCII.