To configure parallel drivers with high-side pass elements, however, the current-sense feedback circuitry must also be on the high side, and it must be able to withstand at least the voltage the ...

Ellie and James explore series and parallel circuits. They also discuss the differences between current and resistance across different circuits and how to calculate them.

We define the properties of parallel and complex circuits. Unit 5 Segment H: Parallel and Complex Circuits We define the properties of parallel and complex circuits. We examine how to find the ...

A parallel circuit allows electric current to flow through multiple paths simultaneously. Components within a parallel circuit maintain a consistent voltage across all connections.

Fig. 3: Capacitors in series. You can also replace one capacitor by putting two capacitors in parallel as shown in Fig. 4. In this case, a .0015 mfd capacitor can be replaced by a .001 mfd and a .0005 ...

In some ways, the very term “voltage divider” explains itself. It refers to a simple, passive circuit in which multiple resistors are used in order to divide a supply voltage across the resistors, ...

CMOS current reference circuits play a critical role in modern integrated circuits by providing a stable and reproducible current source that remains unaffected by variations in supply voltage ...

When very high currents must be generated, using an array of parallel current-sink circuits eases the power dissipation and I DS requirements for the individual MOSFETs.

Download this article in PDF format. Part 1 of this series focuses on high-performance electronic loads for testing power supplies that have low output voltage and high current. It describes the ...