An apparatus for a wireless charging device, comprising: a power source circuit configured to produce a source alternating current in a frequency range less than radio frequency; a radio frequency blocking filter coupled to the power source, configured to limit radio frequency noise; a transmitting coil coupled to the radio frequency blocking filter, configured to inductively couple with a proximately located receiving coil in a radio frequency communication device, using contact-less electromagnetic induction, to wirelessly provide power with reduced radio frequency noise; wherein the radio frequency blocking filter is configured to limit radio frequency noise in a carrier frequency range of the radio frequency communication device, and wherein the radio frequency blocking filter comprises: a first RF inductance coupled between a first terminal of the power source and a first terminal of said transmitting coil, the first inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device, a first capacitance coupled between the first terminal of the power source and a ground potential, the first capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise; a second RF inductance coupled between a second terminal of the power source and a second terminal of said transmitting coil, the second inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device; and a second capacitance coupled between the second terminal of the power source and the ground potential, the second capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise. a power source circuit configured to produce a source alternating current in a frequency range less than radio frequency; a radio frequency blocking filter coupled to the power source, configured to limit radio frequency noise; a transmitting coil coupled to the radio frequency blocking filter, configured to inductively couple with a proximately located receiving coil in a radio frequency communication device, using contact-less electromagnetic induction, to wirelessly provide power with reduced radio frequency noise; wherein the radio frequency blocking filter is configured to limit radio frequency noise in a carrier frequency range of the radio frequency communication device, and wherein the radio frequency blocking filter comprises: a first RF inductance coupled between a first terminal of the power source and a first terminal of said transmitting coil, the first inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device, a first capacitance coupled between the first terminal of the power source and a ground potential, the first capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise; a second RF inductance coupled between a second terminal of the power source and a second terminal of said transmitting coil, the second inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device; and a second capacitance coupled between the second terminal of the power source and the ground potential, the second capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise. a first RF inductance coupled between a first terminal of the power source and a first terminal of said transmitting coil, the first inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device, a first capacitance coupled between the first terminal of the power source and a ground potential, the first capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise; a second RF inductance coupled between a second terminal of the power source and a second terminal of said transmitting coil, the second inductance having a high impedance to frequencies in the carrier frequency range of the radio frequency communication device; and a second capacitance coupled between the second terminal of the power source and the ground potential, the second capacitance being configured as an RF bypass for the carrier frequency range of the communication device, to bypass to ground the radio frequency noise.