HL7672 Series 2A 5V-Adjustable High-PSRR Low-Noise LDO CMOS Voltage Regulator With ON/OFF Switch

2022-09-06
■HL7672 series are highly accurate,low-noise,high power supply rejection ratio(PSRR),low-dropout voltage regulator(LDO)with high output current capability manufactured in CMOS processes.It can deliver up to 2A of current while consuming 40μA of quiescent current.Internal circuitry includes a reference voltage generator,an error amplifier,driver transistor,over-current protection circuit,short-circuit protection circuit,thermal shutdown circuit and a phase compensation circuit.The HL7672 operates by default as a fixed output voltage regulator(default output voltage:5V)while usage of an external resistor divider allows adjustable out voltages as low as 0.7V. Additional features include enable function,power good flag and output noise reduction pin.
■FEATURES:
●Highly Accurate:±2%
●Low Quiescent Current:40μA
●Dropout Voltage:260mV@3.3V/2A
●Maximum Output Current:2A
●Input Voltage Range:2~6V
●Output Voltage Noise:115μVrms@VOUT=3.3V
●High PSRR:70dB@1kHz
●Temperature Stability:±50ppm/°C
●ON/OFF Logic=Enable High
●Power Good and Enable Functions
●Standby Current:10nA
●COUT Discharge Circuit when EN Disableis Active
●Protections Circuits:Current Limit,Short Circuit,and Thermal Protections
●Output Capacitor: Low ESR Ceramic Capacitor Compatible
●RoHS compliant "Green"/Halogen Free 8-pin Exposed pad SOIC(ESOP8)and 4-pin TO252 packages

HL

HL7672 SeriesHL7672HL7672A50SF4HL7672B50SF4HL7672E50UB2

More

Part#

5V-Adjustable High-PSRR Low-Noise LDOCMOS Voltage Regulator

More

Smart wearer ]Long-life battery-powered devices ]Portable mobile devices ]mobile phones ]cameras ]Wireless communication equipment ]

More

Datasheet

More

More

Please see the document for details

More

More

ESOP8;TO252;TO252-4L

English Chinese Chinese and English Japanese

20200824

Version V1.1

2.3 MB

- The full preview is over. If you want to read the whole 11 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: