1. In a programmable device, a method for reducing a resistance between a first portion of an antifuse to be programmed and a conductor carrying a first programming voltage, comprising: establishing a first conductive programming branch from a source of said first programming voltage to said first portion of said antifuse to be programmed, said first conductive programming branch comprising a first wire and a second wire disposed in a first routing track and a first pass transistor and a second pass transistor, said first wire, said second wire, said first pass transistor and said second pass transistor being electrically connected in series; and establishing a second conductive programming branch from a source of said first programming voltage to a location on said first conductive programming branch, said location being spaced from said first portion of said antifuse to be programmed, said second conductive programming branch comprising a first wire and a second wire disposed in a second routing track and a first pass transistor and a second pass transistor, said first wire, said second wire, said first pass transistor and said second pass transistor of said second conductive programming branch being electrically connected in series, said first routing track extending in a dimension substantially perpendicular to a dimension in which said second routing track extends.