A novel Josephson ternary logic circuit to perform multiplication is p
roposed. The fundamental circuit of the multiplier is based on Josephs
on complementary ternary logic circuit (JCTL). In this paper the princ
iple of the ternary multiplier is described. We have fabricated the mu
ltiplier using SQUIDs which were made of Nb/AlOx/Al/Nb junctions, and
measurements of the logic operation of the circuit were carried out. T
he results showed satisfactory operation of the multiplier, which agre
ed well with the results of simulation. The advantages of the proposed
ternary multiplier are capability of ultrahigh speed computation, low
power consumption and very simple construction with less number of el
ements to perform a ternary multiplication.