Datasheet Linear Technology LTC1736IG#TRPBF — Ficha de datos

FabricanteLinear Technology
SerieLTC1736
Numero de parteLTC1736IG#TRPBF

Regulador de conmutación descendente síncrono de alta eficiencia ajustable de 5 bits

Hojas de datos

LTC1736 - 5-Bit Adjustable High Efficiency Synchronous Step-Down Switching Regulator
PDF, 341 Kb, Archivo subido: sept 20, 2017
Extracto del documento

Precios

Embalaje

PackageSSOP-24
Package CodeG
Package Index05-08-1640 (G24)

Paramétricos

Demo BoardsDC252A,DC279A-B
Design ToolsLTspice Model
Export Controlno
FeaturesVID, Active Voltage Positioning, Resistor Set Frequency, External Synchronization, Power Good
Frequency300 kHz
Frequency Adjust RangeUp to 500kHz
Frequency Sync RangeUp to 500kHz
Integrated Inductorno
Ishutdown15 µA
Isupply0.45 mA
Max Phases2
Monolithicno
Number of Outputs1
Operating Temperature Range-40 to 85 °C
Output Current20 A
Polyphaseno
Switch Current20 A
Synchronousyes
TopologyBuck
Vin Max36 V
Vin Min4 V
Vout Max2 V
Vout Min0.925 V

Plan ecológico

RoHSObediente

Notas de aplicación

  • OPTI-LOOP Architecture Reduces Output Capacitance and Improves Transient Response &mdash AN76
    PDF, 271 Kb, Archivo publicado: mayo 1, 1999
    Loop compensation is an uncomfortable subject for many engineers. Experienced power supply designers know that optimum loop compensation is necessary to get the best performance from their power supplies. This application note discusses power supply loop compensation utilizing the features provided by the OPTILOOPTM architecture. Loop compensation basics are presented and simple equations are given for frequency response approximations. Typical transient response requirements for the system supply and CPU supply, used in notebook computers, are discussed. Output voltage transient response waveforms and Bode plots are shown for both optimized and nonoptimized control loops as well as for circuits with optimized loops using different output capacitors. Although this publication focuses on circuits using the LTC1628, LTC1735 and LTC1736, the information applies to all regulators equipped with OPTI-LOOP architecture.
    Extracto del documento

Notas de Diseño

  • Active Voltage Positioning Reduces Output Capacitors &mdash Design Solutions 10
    PDF, 130 Kb, Archivo publicado: nov 1, 1999
    Extracto del documento
  • 2-Phase DC/DC Controller Reduces Capacitanceand Increases Battery Life in Portable Applications &mdash Design Solutions 9
    PDF, 106 Kb, Archivo publicado: jun 1, 1999
    Extracto del documento
  • LTC1735 Provides Low Cost, Efficient Mobile CPU Power &mdash DN199
    PDF, 78 Kb, Archivo publicado: marzo 1, 1999
    Extracto del documento
  • 2-Step Voltage Regulation Improves Performance and Decreases CPU Temperature in Portable Computers &mdash DN209
    PDF, 79 Kb, Archivo publicado: agosto 1, 1999
    Extracto del documento
  • Active Voltage Positioning Reduces Output Capacitors &mdash DN224
    PDF, 86 Kb, Archivo publicado: nov 1, 1999
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Artículos

  • Third-Generation DC/DC Controllers Reduce Size and Cost &mdash LT Journal
    PDF, 140 Kb, Archivo publicado: feb 1, 1999
    Extracto del documento
  • Active Voltage Positioning Saves Output Capacitors in Portable Computer Applications &mdash LT Journal
    PDF, 169 Kb, Archivo publicado: feb 1, 2000
    Extracto del documento

Linea modelo

Clasificación del fabricante

  • Power Management > Switching Regulator > Digitally Programmable Regulators

Otros nombres:

LTC1736IGTRPBF, LTC1736IG TRPBF