I want to find I\$I\$, Id2\$I_{D2}\$ and V\$V\$ in this circuit. The diodes are made of SiSilicium. I'm a beginner and normally I would assume the diodoDiode bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find I, Id2 and V in this circuit. The diodes are made of Si. I'm a beginner and normally I would assume the diodo bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find \$I\$, \$I_{D2}\$ and \$V\$ in this circuit. The diodes are made of Silicium. I'm a beginner and normally I would assume the Diode bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find I, Id2 and V in this circuit. The diodes are made of Si. I'm a beginner and normally I would assume the diodo bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find I, Id2 and V in this circuit. I'm a beginner and normally I would assume the diodo bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find I, Id2 and V in this circuit. The diodes are made of Si. I'm a beginner and normally I would assume the diodo bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
I want to find I, Id2 and V in this circuit. I'm a beginner and normally I would assume the diodo bias and then apply KVL to see if it is true. However, I've only encountered circuits where the wire forms a loop.
How am I supposed to apply KVL in this case?
If voltage is the difference in potential between two points, how can I find the voltage of V if one point is outside of the circuit, therefore, outside of KVL application?
