00:01
Hello students, in this question we have a center diode.
00:05
This is a setup setup with one kilo ohm and there is a center diode right here.
00:33
So there is the load resistance.
00:36
So we are given that v in is equal to 50 volts.
00:42
Then we have current center knee current ik which is equal to 10 volt.
00:51
V is said which is a desired voltage is equal to 12 volts.
00:54
So i said maximum center maximum is equal to 32 milliampere.
01:04
So we can calculate the maximum load current i l max by this equation.
01:13
I l max will be equal to i is said max that is the load current will be the maximum center current maximum center current.
01:22
So that will be equal to 32 milliampere.
01:26
Now we can calculate the maximum load resistance.
01:29
Right maximum load resistance will be r l or maximum load resistance r l max will be equal to you can write down the equation v in minus v is said by i l max.
01:50
So that will be equal to 50 minus 12 divided by 32 milliampere.
01:58
So that will be equal to 38 by zero point.
02:05
So that is 38 by zero point zero three two...