Telemetry system employing DC balanced encoding

A telemetry system comprising:

• a first device comprising:
• a processor that employs a DC balanced encoding scheme to generate a DC balanced encoded data signal;
• a carrier generator for generating an RF carrier wave;
• a modulator for modulating the RF carrier wave by the DC balanced encoded data signal and generating a DC balanced encoded RF modulated data signal including DC balanced RF energy;
• a transmitter for wirelessly transmitting the DC balanced encoded RF modulated data signal;
• and
• a second device receiving the DC balanced encoded RF modulated data signal transmitted by the first device, the DC balanced RF energy eliminating drift in baseline voltage irrespective of data transmission so as to improve recovery of data by the second device.

A method for RF communication between a first device and a second device, comprising the steps of:

• applying a DC balanced encoding scheme to a data signal to produce a DC balanced encoded data signal;
• modulating a generated RF carrier wave by the DC balanced encoded data signal to produce a DC balanced encoded RF modulated data signal including DC balanced RF energy;
• wirelessly transmitting the DC balanced encoded RF modulated data signal from the first device;
• and
• receiving at the second device the DC balanced encoded RF modulated data signal, the DC balanced RF energy eliminating drift in baseline voltage irrespective of data transmission so as to improve recovery of data by the second device.