Hi,

I am working through the calculus worksheet but I am stuck on the following
question;

Question 8

Suppose a logic gate circuit creates transient currents of 175 amps per nanosecond (175 A/ns) when
switching from the ”off” state to the ”on” state. If the total inductance of the power supply conductors is
10 picohenrys (9.5 pH), and the power supply voltage is 5 volts DC, how much voltage remains at the power terminals of the logic gate during one of these ”surges”?

Can anyone please advise on the method to solve this?

Many thanks

 

It is an expectation that posts on the homework forum include some attempt at a solution on the part of the OP.

 

I give you a tip. The voltage "drop" across inductor is equal to ? V = L * x and x is equal to what derivative?