  Multi-mode entangled coherent states are important resources for linear
optics quantum computation and teleportation. Here we introduce the generalized
balanced N-mode coherent states which recast in the multi-qudit case. The
necessary and sufficient condition for bi-separability of such balanced N-mode
coherent states is found. We particularly focus on pure and mixed multi-qubit
and multi-qutrit like states and examine the degree of bipartite as well as
tripartite entanglement using the concurrence measure. Unlike the N-qubit case,
it is shown that there are qutrit states violating monogamy inequality. Using
parity, displacement operator and beam splitters, we will propose a scheme for
generating balanced N-mode entangled coherent states for even number of terms
in superposition.
