High speed, master/slave latch transceiver having a directly-driven slave stage

Claim 1

A latch transceiver comprising: a clock generator that responds to an input clock signal by providing both a first clock signal and a second clock signal that has an active state and an inactive state; a master latch stage that responds to a data input signal having first and second logic states and to the first clock signal by providing a master latch output signal; a slave latch stage that includes (i) NAND gate invertor logic coupled to receive the master latch output signal and responsive to the second clock signal in the active state for providing the master latch output signal to a slave stage logic output node if the data input is the first logic state; and (ii) AND gate non-invertor logic coupled to receive the master latch output signal and responsive to the second clock signal in the active state for providing the master latch output signal to the slave stage logic output node if the data input is the second logic state, and wherein both the NAND gate invertor logic and the AND gate non-invertor logic respond to the second clock signal in the inactive state by providing a high-impedance output signal at the slave stage logic output node; and a driver stage coupled to the slave stage logic output node and that responds to the master latch output signal at the slave stage logic output node when the second clock signal is in the active state by providing a corresponding latch transceiver output signal.