EN

AW35111SCSR

1.5A Ultra-small Load Switch with Slew Rate Control

Product details

Parameters

Channel 1
Controlled Slew Rate YES
Enable Logic Active High
Output Discharge YES
Reverse Current Block NO
TR (μs) 84µs@VIN=3.3V, COUT=0.1µF, ROUT=10Ω
Max Continuous Current (A) 1.5
Ron (mΩ) 64
Power Supply (Min) (V) 1
Power Supply (Max) (V) 5.5
Temperature -40℃~85℃
IO Level (V) 1.8
Package (mm) WLCSP 0.618X0.618-4B

Package | Pins | Size

WLCSP 0.618X0.618-4B

Features

● Integrated P-channel MOSFET load switch ● Input voltage: 1V to 5.5V ● 1.5A maximum continuous switch current ● Switch on-resistance(typ.): Rdson=52mΩ at VIN=5.5V Rdson=57mΩ at VIN=4.2V Rdson=64mΩ at VIN=3.3V Rdson=76mΩ at VIN=2.5V Rdson=100mΩ at VIN=1.8V Rdson=164mΩ at VIN=1.2V Rdson=230mΩ at VIN=1V ● Controlled slew rate to limit inrush currents ● Ultra-low shutdown current ● Internal EN pull-down resistor ● Quick Output Discharge(QOD) for AW35111S/AW35113S ● Full time Reverse Current Protection (RCP) for AW35112S/AW35113S ● WLCSP 0.618mm×0.618mm-4B package

Description

The AW3511XS integrates a 64mΩ (typ.) P-channel MOSFET, which can operate over a wide input range of 1V to 5.5V. The AW3511XS features output slew rate control, limiting inrush currents during turn-on to protect downstream devices. In addition, AW35111S/AW35113S has QOD function which can prevent the output from floating when the switch is disabled. A smart pull-down resistor is used to the EN pin during initial power-up and disconnects once the EN pin voltage reaches the VIH level, then the standby current is very low and power loss can be reduced. There is a Reverse Current Protection(RCP) function for AW35112S/AW35113S when VOUT is 33mV(typ.) greater than VIN, which can prevent the current to flowing through the P-FET or the body diode. The AW3511XSCSR is available in WLCSP 0.618mm×0.618mm-4B package.

Technical documentation

Type
Title
Language
Date
Datasheet DS_AW3511XS_EN_V1.2 英文   2026-04-17
New product launch 【New Product Launch】Awinic Introduces Ultra-Small Load Switch AW3511XSCSR, Focusing on Space-Optimized Design 英文   2025-08-06

Design & development

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