Qorvo adds to programmable PMICs

Qorvo adds to programmable PMICs

The product’s flexibility, small form factor and low quiescent current (LQC) address power, performance and size challenges in applications such as enterprise solid-state drives (SSDs), virtual reality headsets, security and action cameras, and AI processors.

The Qorvo ACT88760 PMIC accelerates time to market for both enterprise and battery-powered consumer applications by enabling designers to change configurations multiple times without special software or firmware.

Flexibility is achieved with 13 integrated rails, a sequencer and 10 General Purpose IOs (GPIOs) that can be configured for different features.

The device also includes seven DC/DC step down converters using integrated power FETs, and six low-dropout regulators (LDOs).

All are  configurable via the I2C interface. Manufacturers can debug designs and change settings in real time without changing external components.

ACT88760

 

  • Bucks 1 & 2:  Can operate in dual-phase mode
  • Bucks 3 & 4:  Can operate in dual-phase mode
  • Buck 7: Optimized for high efficiency with low VOUT (<1.0V)
  • LDO 1 & 2:  Provide 800mA each, PSRR (> 70dB), with Low IQ (~20µA)
  • LDO 5 & 6: Can be configured as 400mA LDOs or as 1.5 amps Load Switches
  • 4 configurable Levels of AVS / DVS and 3 configurable high switching frequency
  • Over-Temperature Protection (OTP), OCP, OV & UV protection
  • 10 configurable GPIOs to enable features such as: VID, DVS interrupt, reset, external enable, external PG, regulator ON/OFF, sleep/deep sleep modes, power recycle, >Qorvo’s Programmable Power Management business unit delivers power management and intelligent motor drive expertise to key growth markets. The company’s portfolio of analog and mixed-signal SoCs provides scalable core platforms used in charging, powering and embedded digital control systems for industrial, commercial and consumer applications. Qorvo offers Power Application Controllers® (PAC™) and DC-DC power management products that significantly improve system reliability while reducing solution size, cost and system development time. Learn more at www.qorvo.com/powermanagement.

Author: Yoyokuo