March 23, 2012 Is it possible to design an unconditionally stable linear voltage regulator? In fact, many believe that most regulator ICs are unconditionally stable.

The linear regulator's power dissipation is directly proportional to its output current for a given input and output voltage, so typical efficiencies can be 50% or even lower.

Thus, you can use the circuit as a voltage supervisor or as a controlled-characteristic linear-voltage regulator. A typical low-dropout regulator's internal enable circuit comprises a voltage ...

The linear voltage regulator is one of the most commonly used electronic circuits found in almost every spacecraft sub-system. There are two major types: the series and shunt designs, where the ...

With careful design, though, a switching regulator can be constructed to almost completely replicate a linear regulator like this drop-in TO3 replacement. (Google Translate from German) ...

These internal LDO Linear Voltage Regulator IPs, which can be embedded into a broad range of applications, including digital cameras, MP3 players, smart cards, SIM cards and IP phones, are all silicon ...

ABLIC, a group company of MinebeaMitsumi, recently launched sales of the S-19230/1 Series, an automotive high-withstand ...

Cosmic Circuits today announced that Innofidei Inc., a Chinese based IC and system solutions provider has realized mass production success on their chipset by licensing the Linear Regulator IP from ...

A linear voltage regulator is a circuit that controls the intensity of output from a linear power supply. It is used to convert variable voltages in one direction.

With careful design, though, a switching regulator can be constructed to almost completely replicate a linear regulator like this drop-in TO3 replacement. (Google Translate from German) ...