Parallel data transferring and processing circuit

A parallel data transferring and processing circuit, comprising:

• serial conversion means for converting analog and digital parallel data signals to a digital serial data signal, said serial conversion means comprising:
• first multiplexer means for converting said analog and digital parallel data signals to a serial data signal,
• analog to digital converter means for converting said serial data signal to a digital data signal, and
• second multiplexer means for converting said digital data signal to said digital serial data signal;
• control means for controlling said serial conversion means, said control means comprising:
• oscillation controller means for generating control signals to control said serial conversion means in response to a first fixed frequency oscillating pulse generated by an oscillator;
• and
• synchronous controller means for generating a synchronous pulse in response to said control signals;
• parallel conversion means for converting said digital serial data signal to a parallel data signal in response to a synchronizing signal, said parallel conversion means comprising:
• first demultiplexer means for converting said digital serial data signal to a first, parallel signal;
• digital-to-analog converter means for converting the first parallel signal to an analog signal;
• and
• second demultiplexer means for converting the analog signal to said parallel data signal;
• and
• means for providing said synchronizing signal to synchronize said parallel conversion means with said serial conversion means, said synchronizing signal being generated in response to counts of a clock signal initiated in response to said first fixed frequency oscillating pulse.

A parallel data transferring and processing circuit, comprising:

• serial conversion means for converting analog and digital parallel data signals to a digital serial data signal, said serial conversion means comprising:
• first multiplexer means for converting said analog and digital parallel data signals to a serial data signal,
• analog to digital converter means for converting said serial data signal to a digital data signal, and
• second multiplexer means for converting said digital data signal to said digital serial data signal;
• control means for generating control signals in response to a first fixed frequency oscillating pulse for controlling said serial conversion means;
• parallel conversion means for converting said digital serial data signal to a parallel data signal in response to a synchronizing signal, said parallel conversion means comprising:
• first demultiplexer means for converting said digital serial data signal to a digital parallel signal;
• digital-to-analog converter means for converting the digital parallel signal to an analog signal;
• and
• second demultiplexer means for converting the analog signal to said parallel data signal;
• and
• means for providing said synchronizing signal to synchronize said parallel conversion means with said serial conversion means, said synchronizing signal being generated in response to counts of a clock signal initiated in response to said first fixed frequency oscillating pulse.

A serial data receiving and processing circuit, comprising:

• first means for demultiplexing digital serial data to generate received parallel data;
• digital-to-analog converting means for converting said received parallel data to time multiplexed signals;
• and
• second means for demultiplexing said time multiplexed signals to generate output parallel data signals;
• means for generating an oscillation signal;
• and
• means for generating stage control signals received by said first demultiplexing means and said second demultiplexing means in response to said oscillation signal.

A parallel data transferring and processing circuit, comprising:

• first means for multiplexing input parallel data signals received on a plurality of data lines to generate input serial data signals;
• analog-to-digital converting means for converting said input serial data signals to input digital data;
• second means for multiplexing said input digital data to generate digital serial data;
• first means for demultiplexing said digital serial data to generate received parallel data;
• digital-to-analog converting means for converting said received parallel data to time multiplexed signals;
• and
• second means for demultiplexing said time multiplexed signals to generate output parallel data signals.

A method for transmitting parallel signals in a channel, said method comprising:

• multiplexing input parallel data signals received on a plurality of data lines to generate input serial data signals;
• converting said input serial data signals to input digital data;
• multiplexing said input digital data to generate digital serial data;
• demultiplexing said digital serial data to generate received parallel data;
• converting said received parallel data to time multiplexed signals;
• and
• demultiplexing said time multiplexed signals to generate output parallel data signals.