Abstract: A transmit signal generator is provided. The transmit signal generator has an n?1 bit comparator having a first set of n?1 input lines and a second set of n?1 input lines and an output line, the n?1 bit comparator operable to compare signals of the first set of n?1 input lines and signals of the second set of n?1 input lines and provide the output of the n?1 bit comparator based on the comparison, and an n-bit binary counter having a clock signal input line, a reset signal input line, a clock enable line connected to the output line of the n?1 bit comparator, and n output lines. One of the n output lines provides a sequence of pulse as an output of the transmit signal generator.

Abstract: A transmit signal generator is provided. The transmit signal generator has an n?1 bit comparator having a first set of n?1 input lines and a second set of n?1 input lines and an output line, the n?1 bit comparator operable to compare signals of the first set of n?1 input lines and signals of the second set of n?1 input lines and provide the output of the n?1 bit comparator based on the comparison, and an n-bit binary counter having a clock signal input line, a reset signal input line, a clock enable line connected to the output line of the n?1 bit comparator, and n output lines. One of the n output lines provides a sequence of pulse as an output of the transmit signal generator.

Abstract: A method and apparatus of generating a sequence of pulses by a transmit signal generator. The transmit signal generator has a multiplexer that is connected to a binary counter and one of the output lines of the binary counter provides the sequence of pulses.