Engine Driven Generator PCB Board Reverse Engineering

Engine Driven Generator PCB Board Reverse Engineering needs to consider the elements of heating dissipation issue and power supply, how to set up the reverse engineering engine driven generator pcb board rules:

1. Heat-sensitive components (including liquid dielectric capacitors and crystal oscillators) should be kept away from high-power components, radiators and other heat sources as much as possible;

2. Whether the layout reverse engineering meets the thermal design requirements, the heat dissipation channel (implemented according to the process design document)

POWER SUPPLY:

1. Is the IC power supply too far away from the IC?

2. Is the LDO and surrounding circuit layout reasonable?

3. Is the layout of the surrounding circuits such as the module power supply reasonable?

4. Is the overall layout of the power supply reasonable?

Rule Settings

1. Are all simulation constraints added to the Constraint Manager correctly?

2. Whether the physical and electrical rules are set correctly (pay attention to the constraint settings of the power network and the ground network)

3. Is the distance between Test Via and Test Pin enough?

4. Whether the thickness and scheme of cloned multilayer pcb board stackup structure meet the design and processing requirements;

5. Whether all differential line impedances with characteristic impedance requirements have been calculated and controlled by rules;