converters

This guy is going to be really sad when he learns that the dc-dc converters in most of his devices are actually dc-ac-dc converters.

Any product that is evaluated on it's battery life already has very efficient boost converters built into it.

There are some converters out there already and i would not restrict your site by a set quality.

Just imagine the additional noise, not from the converters, but from the outboard gear mainly, adding up!

This article's transistors will not likely have a high switching speed, just high enough for switching power converters (100kHZ-few MHZ).

Ironically, ABB and Mitsubishi developed the integrated gate commutated thyristor that's used for those frequency converters.

In the days before cheap, high-resolution A/D converters and computers with massive amounts of storage existed, almost everything was analog.

Frequency converters have become successful, and they have no moving parts and are very efficient.

Modern bikes are equipped with catalytic converters and have sophisticated engine management, so produce very low levels of local air pollutants.

Imagine, e.g., a US contractor who builds converters that make dumb bombs into smart bombs.

Ah, from 1999 when there were no converters for transforming more human ascii formats to latex with its funny error messages.

Also those discharge curves are constant-current, but devices which already have boost converters in them will be drawing constant power, i.e.

Converters are a part of the legacy design that we are planning to retire.