Datasheet Linear Technology LTC3714EG#TRPBF

Manufacturer	Linear Technology
Series	LTC3714
Part Number	LTC3714EG#TRPBF

Intel Compatible, Wide Operating Range, Step-Down Controller with Internal Op Amp

Datasheets

PDF, 347 Kb, File uploaded: Sep 22, 2017

Extract from the document

Prices

Packaging

Package	SSOP-28
Package Code	G
Package Index	05-08-1640 (G28)

Parametrics

Demo Boards	DC371A
Design Tools	LTspice Model
Export Control	no
Features	VID, Active Voltage Positioning, Resistor Set Frequency, Power Good
Frequency	300 kHz
Frequency Adjust Range	Up to 2MHz
Integrated Inductor	no
Ishutdown	15 µA
Isupply	0.9 mA
Max Phases	2
Monolithic	no
Number of Outputs	1
Operating Temperature Range	0 to 85 °C
Output Current	20 A
Polyphase	no
Switch Current	20 A
Synchronous	yes
Topology	Buck
Vin Max	36 V
Vin Min	4 V
Vout Max	1.75 V
Vout Min	0.6 V

Eco Plan

RoHS

Compliant

Design Notes

Download
Active Voltage Positioning Reduces Output Capacitors &mdash Design Solutions 10
PDF, 130 Kb, File published: Nov 1, 1999
Extract from the document
Design Solutions 10
November 1999
Active Voltage Positioning Reduces Output Capacitors
by Robert Sheehan
INTRODUCTION
Power supply performance, especially transient response,
is key to meeting todayвЂ™s demands for low voltage, high
current microprocessor power. In an effort to minimize
the voltage deviation during a load step, a technique that
has recently been coined вЂњactive voltage positioningвЂќ is
generating substantial interest and gaining popularity in
the portable computer market. The benefits include lower
peak-to-peak output voltage deviation for a given load
step, without having to increase the output filter capacitance. Alternatively, the output filter capacitance can be
reduced while maintaining the same peak-to-peak transient response.
BASIC PRINCIPLE
The term вЂњactive voltage positioningвЂќ (AVP) refers to
setting the power supply output voltage at a point that is
dependent on the load current. At minimum load, the
output voltage is set to a slightly higher than nominal level.
At full load, the output voltage is set to a slightly lower than
nominal level. Effectively, the DC load regulation is
degraded, but the load transient voltage deviation will be …

Articles

Download
High Efficiency, Low Cost Power Supply Meets Intel Mobile Voltage Positioning Requirements &mdash LT Journal
PDF, 214 Kb, File published: Sep 1, 2001
Extract from the document
DESIGN FEATURES High Efficiency, Low Cost Power
Supply Meets Intel Mobile Voltage
by Wei Chen, Peter
Positioning Requirements
Guan and David Chen Introduction
The increasing demand for computing power in notebook computers has
driven up CPU clock frequency and
supply currents significantly. Meanwhile, supply voltages have quickly
decreased as CPUs migrated to finer
line-width processes. As the CPU clock
frequency exceeds 1GHz, the core
supply current has for the first time
surpassed 20A and the minimum
supply voltage has dropped below 1V.
Most of the forthcoming mobile CPUs
call for core supply currents as high
as 25A. In some cases, the supply
current could exceed 30A. The Intel
Mobile Voltage Positioning (IMVP)
specs have been enacted to deal with
these new mobile processor power
requirements. Linear TechnologyвЂ™s new LTC3714
and LTC3716 controllers are designed …

Model Line

Series: LTC3714 (2)

LTC3714EG#PBF LTC3714EG#TRPBF

Manufacturer's Classification

Power Management > Switching Regulator > Digitally Programmable Regulators

Other Names:

LTC3714EGTRPBF, LTC3714EG TRPBF

EMS supplier

Slices

Microcontrollers