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LMR38020SDDAR

Product brand :
TI;Category: DC-DC power chip
Manufactory model :
LMR38020SDDAR
Packaging specifications:
SOP-8-EP​
Data Manual :
LMR38020SDDAR Click to download
Packaging method :
Tape & Reel / Tube / Bulk/tray
Product Consulting :
Online message    QQ:

Product Description

Wide Input Voltage Synchronous Buck Converter

LMR38020SDDAR is a TI SIMPLE SWITCHER synchronous step-down power IC, input voltage range: 4.2V to 80V, supports continuous 2A DC output current, meets high-voltage power conversion demands.

Low Power Consumption & Excellent Performance

Typical quiescent current only 40µA; switching frequency adjustable from 200kHz to 2.2MHz. Built-in spread spectrum technology effectively reduces EMI interference, supports PFM/FPWM operation modes.

Flexible Circuit Design

Internal compensation circuit reduces peripheral components; maximum duty cycle up to 97%, supports pre-biased output startup, can synchronize with external clock signal for flexible system design.

HSOIC-8 Package With Thermal Pad

Package: HSOIC-8 (SOP8-EP), marking code C3802S. Equipped with exposed thermal pad for better heat dissipation, suitable for compact SMD PCB layout.

Wide Application Fields

Perfect for industrial control systems, 48V power equipment, automation devices, transportation electronics, wireless infrastructure and other high-voltage battery-powered power supply modules.

Product Details


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News Updates

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    TPS562201DDCR is TI 2A synchronous step‑down buck converter, input 4.5‑17V, output 0.76‑7V, D‑CAP2 fast transient response, TSOT‑23‑6 package, for industrial & consumer power supply, datasheet available for downloadTexas Inst...
  • 08-31
    It is a synchronous buck converter with 8μA quiescent current (IQ), integrating high-side and low-side MOSFETs (HS-FET and LS-FET, respectively). It supports an output current (Iout) of up to 3A with internal compensation. High power conversion efficiency across a wide load range is achieved through power-saving mode (PSM) and low IQ under light-load conditions to reduce switching and gate driver losses. To achieve low output ripple in light load, pull the MODE/SYNC pin high to set the device to forced continuous conduction mode (FCCM).