A new low-swing/low-power CMOS driver architecture for VLSI applications is proposed. The architecture based on low swing technique using the conventional ...

A new low-swing/low-power CMOS driver architecture for VLSI applications is proposed. The architecture based on low swing technique using the conventional ...

In this paper, new bus architecture based on low swing technique is presented. The aim of our approach is the design of a bus architecture that allows a high.

The paper describes the design of a low-swing signalling scheme which consists of a low-swing driver, called the nLVSD driver which is an improved version of ...

technique is based on inserting a variable number of MOSFET transistors in the driver circuits, causing variable low swing voltage levels in the output of ...

In this paper a new low power bus architecture based on the reduced voltage swing technique, is proposed. A driver circuit and a receiver are designed using ...

To implement low-swing signaling, high-to-low and low-to-high voltage level converters are added to the switch boxes and connection blocks of the basic ...

A new low power bus architecture based on the reduced voltage swing technique, based on strictly simple design principles and conventional CMOS technology ...

Low power, high-speed bus architectures, based on low swing voltage technique, using multithreshold voltage transistors are proposed in this paper.

Design both a differential current-mode CML driver and a differential low-swing voltage-mode driver to support an output swing of 300mVppd. For the Low-Swing.