robotic code In On-chip DSM and UDSM VLSI Circuits because of

increase device densitities and operating clock frequency the

crosstalk noise, crosstalk induced delay, interconnect delay ,

signal integrity affect the performance and reliability of the

chip. Due to increase in operating frequency beyond GHz

range inductive effects are dominant over capacitive effect.

Therefore, the coding methods used in RC Modeled are not

suitable in high frequency application circuits. This research

work includes TSPICE simulation of encoder based on

modified boundary shift coding used to reduce inductance

dominant crosstalk in coupled RLC modeled interconnects. -robotic code In On-chip DSM and UDSM VLSI Circuits because of

increase device densitities and operating clock frequency the

crosstalk noise, crosstalk induced delay,　interconnect delay ,

signal integrity affect the performance and reliability of the

chip. Due to increase in operating frequency beyond GHz

range inductive effects are dominant over capacitive effect.

Therefore, the coding methods used in RC Modeled are not

suitable in high frequency application circuits. This research

work includes TSPICE simulation of encoder based on

modified boundary shift coding used to reduce inductance

dominant crosstalk in coupled RLC modeled interconnects.