Series and Parallel Diode Configurations:

In a series configuration of two diodes, what is true about the voltage across each diode?

• Both diodes have the same voltage

• The total voltage is shared between the diodes

• The total voltage is equal to the voltage across the first diode only

• The voltage across both diodes is zero

What is the current through each diode in a series configuration?

• It is equal across all diodes

• It is divided equally between the diodes

• It depends on the voltage across each diode

• It is zero for reverse-biased diodes

In a parallel diode configuration, what happens to the current?

• It is the same through each diode

• It is divided based on the diode characteristics

• It flows only through the diode with the highest forward voltage

• It flows only through the diode with the highest forward voltage

If one diode in a series circuit is faulty (open), what will happen?

• Current will still flow through the circuit

• Current will not flow through the circuit

• Voltage will increase across the remaining diodes

• The other diodes will operate normally

In a parallel configuration, what is true about the voltage across each diode?

• It is the same for all diodes

• It is divided between the diodes

• It is zero across all diodes

• It depends on the current through each diode