  We present a detailed study of the electrical transport properties of
YBa2Cu3O7-{\delta} thin film. The irreversibility fields ({\mu}_0 H_irr), upper
critical fields ({\mu}_0 H_C2), penetration depths ({\lambda}) and coherence
lengths ({\xi} ) of the YBa2Cu3O7-{\delta} materials are deduced from the
resistivity curves. Itis observed that {\mu}_0 H_irr, {\mu}_0 H_C2 and
{\Delta}Tc of the film strongly depend on the direction and strength of the
field. The coherence length {\xi} (0) and penetration depth {\lambda} (0)
values at T = 0 K has been calculated from the irreversibility fields ({\mu}_0
H_irr) and upper critical fields ({\mu}_0 H_C2) respectively. Based on all the
results, the change of the superconducting properties as a function of the
magnetic field direction presents the anisotropy of the sample produced.
