matin-kh
Member level 3
Hi,
The aim is measuring Vecg through a capacitance sensor in the pictures below and the equations are written down, in the paper related to these pictures says:
"The first term on the right hand side of Eq. 1, s(t), shows that the signal of interest Vecg(t) is filtered by the system and that the filter varies dynamically with Cc(t), introducing a distortion of Vecg(t). "
The problem is that I cannot understand the fillter functioan which has recently talked about throughout the equations, "the signal of interest Vecg(t) is filtered by the system and that the filter varies dynamically with Cc(t)".
Could you please help me regarding this problem?
Thanks
The aim is measuring Vecg through a capacitance sensor in the pictures below and the equations are written down, in the paper related to these pictures says:
"The first term on the right hand side of Eq. 1, s(t), shows that the signal of interest Vecg(t) is filtered by the system and that the filter varies dynamically with Cc(t), introducing a distortion of Vecg(t). "
The problem is that I cannot understand the fillter functioan which has recently talked about throughout the equations, "the signal of interest Vecg(t) is filtered by the system and that the filter varies dynamically with Cc(t)".
Could you please help me regarding this problem?
Thanks