Bridge Rectifier Circuit LD39150PT-R Ultra Low Drop BICMOS Voltage Regulator Ic Chip

Rectifier Diode LD39150PT-R Ultra low drop BICMOS voltage regulator

Feature summary                                                          

■ 1.5A Guaranteed output current

■ Ultra low dropout voltage (200mV typ. @ 1.5A  load, 40mV typ. @300mA load)

■ Very low quiescent current (1mA typ. @ 1.5A  load, 1µA max @ 25°C in off mode)

■ Logic-controlled electronic shutdown

■ Current and thermal internal limit

■ ±1.5% Output voltage tolerance @ 25°C

■ Fixed and ADJ output voltages: 1.22V, 1.8V, 2.5V, 3.3V, ADJ. (*see order code)

■ Temperature range: -40 to 125°C

■ Fast dynamic response to line and load  changes

■ Stable with ceramic capacitor (see paragraph 7.1, 7.2, 7.3)

■ Available in PPAK, DPAK and DFN8 (4x4mm)                                                                                                                                                                                                                                              

Typical application                                                                                       

■ Microprocessor power supply                                                                                             

■ DSPs power supply                                                                                                        

■ Post regulators for switching suppliers           

■ High efficiency linear regulator                                                            

Description

The LD39150 is a fast ultra low drop linear

regulator which operates from 2.5V to 6V input

supply.

A wide range of output options are available. The

low drop voltage, low noise, and ultra low

quiescent current make it suitable for low voltage                

microprocessor and memory applications. The

device is developed on a BiCMOS process which

allows low quiescent current operation

independently of output load current.

Pin configuration Figure

Pin connections

(top view for DPAK and PPAK, bottom view for DFN)

Diagram

Block diagram