国产精品久久久久无码av色戒,大帝av在线一区二区三区,国产肥熟女视频一区二区三区,大陆少妇xxxx做受,被黑人猛躁10次高潮视频

1FEATURES

23? Qualified for Automotive Applications

? AEC-Q100 Qualified With the Following

Results:

– Device Temperature Grade 2: –40°C to

+105°C Ambient Operating Temperature

Range

– Device HBM ESD Classification Level H2

– Device CDM ESD Classification Level C3B

? 86% Efficiency at 6-MHz Operation

? 38-μA Quiescent Current

? Wide V IN Range From 2.3 V to 5.5 V

? 6-MHz Regulated Frequency Operation

? Best-in-Class Load and Line Transient

? ±2% PWM DC Voltage Accuracy

? Automatic PFM/PWM Mode Switching

? Low-Ripple Light-Load PFM

? I2C Compatible Interface up to 3.4 Mbps

? Pin-Selectable Output Voltage (VSEL)

? Internal Soft-Start, <150-μs Start-Up Time

? Current Overload and Thermal Shutdown

Protection

? Three Surface-Mount External Components

Required (One MLCC Inductor, Two Ceramic

Capacitors)

? Complete Sub 1-mm Component Profile

Solution

? Total Solution Size <13 mm2

? Available in a 9-Pin NanoFree? (CSP) Package

APPLICATIONS

? SmartReflex? Compliant Power Supply

? OMAP? Application Processor Core Supply

? Cell Phones, Smart-Phones

? Micro DC-DC Converter Modules

DESCRIPTION

The TPS62650-Q1 device is a high-frequency

synchronous step-down dc-dc converter optimized for

battery-powered portable applications. Intended for

low-power applications, the TPS62650-Q1 supports

up to 800-mA load current and allows the use of

small, low-cost inductors and capacitors.

The device is ideal for mobile phones and similar

portable applications powered by a single-cell Li-Ion

battery. With an output voltage range adjustable via

an I2C interface down to 0.75 V, the device supports

low-voltage core power supplies for DSPs and

processors in smart-phones and handheld

computers.

The TPS62650-Q1 operates at a regulated 6-MHz

switching frequency and enters the efficiency- optimized power-save mode operation at light load

currents to maintain high efficiency over the entire

load current range. In the shutdown mode, the

current consumption is reduced to less than 3.5 μA.