This product will help until galvanic corrosion starts to form. I would suggest you use some No-ox on the connections to the shields and between the stainless clamp (anodic index of around -0.60 volts) and the galvanized plate (electroplated zinc, anodic index of -1.25 volts) to prevent corrosion. The zinc will be sacrificial to the stainless eventually causing loss of the passivation and corrosion. Corrosion forms a electrical junction with nonlinear properties similar to that of a diode. This junction will cause passive intermodulation from any radio frequency currents within the shield to case connection. And these radio frequency harmonic currents will then be able to enter the enclosure on the cable shield.
This product will help until galvanic corrosion starts to form. I would suggest you use some No-ox on the connections to the shields and between the stainless clamp (anodic index of around -0.60 volts) and the galvanized plate (electroplated zinc, anodic index of -1.25 volts) to prevent corrosion. The zinc will be sacrificial to the stainless eventually causing loss of the passivation and corrosion. Corrosion forms a electrical junction with nonlinear properties similar to that of a diode. This junction will cause passive intermodulation from any radio frequency currents within the shield to case connection. And these radio frequency harmonic currents will then be able to enter the enclosure on the cable shield.
thanks
thank you sir
can EMC disable my brain ?
Since you seem to be a bot, electromagnetic interference can at least cause some malfunctions