Andreessen Horowitz leads a Series A investment in Diode Computers, which translates printed circuit board layouts into code.

This FAQ discusses four techniques that work in conjunction: shielded connectors, smart PCB layout, proper grounding, and ...

This brief introduces a current calibration circuit that is specifically designed for use in a column-parallel Dual-Ramp Single-Slope (DRSS) ADC. This circuit creates two current sources with a ...

By limiting the rapid increase in fault current, fault current limiters (FCLs) reduce the requirement for complex DC circuit breakers (DCCBs) design in order to isolate faults. This paper presents a ...

Expressing Kirchhoff’s Current Law mathematically involves assigning currents to different branches and nodes and setting up equations based on the conservation principle. Solving these equations ...

In the previous issue, we examined the behavior of a one-level limiting circuit. Now, we will analyze the two-level limiting circuit.

A low voltage protection method of a DFIG based on a rotor-side double current limiting circuit is proposed. The rotor current characteristics during a fault are analyzed from a time domain ...

This article proposes a current limiting function for a self-sensing and self-triggering monolithically integrated SiC circuit breaker device. The proposed function provides the device not only with a ...

The current limiting circuit, though, is where things get interesting. Rather than use an op-amp, [DiodeGoneWild] chose a simple discrete transistor current-sense circuit.