Composable transceiver using low bit count inputs and outputs

A radio frequency system, comprising:

• a one-bit receiver, having a radio frequency input and a digital output, and comprising:
• a digital pseudo random noise generator;
• a one-bit digital to analog converter, having an input connected to an output of the digital pseudo random noise generator;
• a power combiner, having a first input connected to an output of the one-bit digital to analog converter and a second input connected to the radio frequency input;
• a one-bit analog to digital converter, having an input operatively coupled to an output of the power combiner;
• and
• a digital subtraction circuit, having a first input connected to an output of the one-bit analog to digital converter, a second input operatively coupled to the output of the digital pseudo random noise generator, and an output connected to the digital output of the one-bit receiver,
• the radio frequency system further comprising:
• a one-bit transmitter having a digital input and an analog output, and comprising
• a digital pseudo random noise generator,
• a first digital adding circuit,
• a digital integrator,
• a second digital adding circuit,
• a digital comparator,
• a one-bit digital to analog converter, and
• a digital gain circuit,
• wherein
• the digital pseudo random noise generator of the one-bit transmitter has an output;
• the first digital adding circuit has:
• a first input, connected to the output of the digital pseudo random noise generator of the one-bit transmitter,
• a second input, and
• an output,
• the digital integrator has:
• an input connected to the output of the first digital adding circuit, and
• an output;
• the second digital adding circuit has:
• a first input, connected to the output of the digital integrator,
• a second input, connected to the digital input of the one-bit transmitter, and
• an output,
• the digital comparator has:
• a first input, connected to the output of the second digital adding circuit,
• a second input, connected to a digital constant, and an output,
• the one-bit digital to analog converter of the one-bit transmitter has:
• an input, connected to the output of the digital comparator, and
• an output, connected to the analog output of the one-bit transmitter;
• and
• the digital gain circuit has:
• an input, connected to the output of the digital comparator,
• an output, connected to the second input of the first digital adding circuit, and
• a low-frequency gain exceeding one.

A radio frequency system, comprising:

• a one-bit receiver, having a radio frequency input and a digital output, and comprising:
• a digital pseudo random noise generator;
• a one-bit digital to analog converter, having an input connected to an output of the digital pseudo random noise generator;
• a power combiner, having a first input connected to an output of the one-bit digital to analog converter and a second input connected to the radio frequency input;
• a one-bit analog to digital converter, having an input operatively coupled to an output of the power combiner;
• and
• a digital subtraction circuit, having a first input connected to an output of the one-bit analog to digital converter, a second input operatively coupled to the output of the digital pseudo random noise generator, and an output connected to the digital output of the one-bit receiver, wherein:
• the first input of the power combiner is connected to the output of the one-bit digital to analog converter through a first switch,
• the second input of the power combiner is connected to the radio frequency input of the one-bit receiver through a second switch,
• the output of the power combiner is connected to the input of the one-bit analog to digital converter through a third switch and an attenuator, and
• the second input of the power combiner is connected to the output of the power combiner through a fourth switch.