It depends on the equipment. The problems can be anything from a risk of electrical shock to semiconductor failure.
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Likely a ground that goes to chassis.
Dont mess with transformers if u dont know how to read a wiring diagram It is easy if u know your relation to each of the phases and neutral and ground
You are not fully protected if a fault current should occur on your treadmill. If the frame of the treadmill becomes "hot" from an electrical fault you could get a severe shock when you step off of the machine if the floor is of a conductive nature.
we try to reverse bias not the channel and substrate but we try to maintain the source,drain junctions reversed biased with respect to the substrate so that we dont loose our current in the substrate.
In a normal AGC, even the unwanted signals gets amplified, But u dont want that to happen, so until the Input Signal strength reaches a threshold, the AGC feedback signal is not applied to the amplifier biasing circuit..