  We report near room temperature ferromagnetic as well as low temperature
antiferromagnetic correlations in Mn doped Cobalt Tellurate (CMTO) solid
solutions using thorough magnetization studies. For all the composition the
solid solutions show not only short range robust FM order at 185 K but also
show long range enhanced AFM order less than or equal to 45 K. Scaling of
inverse magnetic susceptibility data provide clear indication of Griffiths like
FM phase extended over large thermal region and its robustness against magnetic
field. Variations in both the phases as a function of Mn concentration also
support our observation of anomalous behavior in the average bond distances and
charge states (JAP 116: 074904 (2014)). Further an attempt towards the
structural insight into the observed complex magnetic behavior by using network
like structural analysis has been drawn. These observations make this an
interesting magnetic system from fundamental and application perspective.
