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Announcing release of
AmP Platform B
Platform B incorporates several improvements over previous generation including: Increased Efficiency up to 95% . . .
“Architecture flexibility and programmability allows us to use AnDAPT in multiple applications.”
-Power design manager, Andapt Customer
PLATFORM
Adaptive Multi-Rail Power Platform AmP™ ICs:
A New User Paradigm, On-Demand Power Management
On-Demand, Integrate Power Components: Buck, Boost, LDO, Load Switch,
Charger, Controller etc. – lower cost, inventory and power

Select and Integrate power components to lower device/board costs

Optimize to meet power management design needs

Complete Selection of Software based Power Components

Lowers design risk

Monitor and lower power consumption to meet industry initiatives

Faster TTM, rapid design changes

Enable easy, rapid
design changes

Enables end product differentiation
OVERVIEW
Users can now on-demand, select and integrate application targeted, proven Power Components on an AmP Platform. These, software based power components replace traditional expensive catalog parts.
Integration lowers device costs, board space and inventory costs as well as facilitates full telemetry, providing customers with an ability to lower power by monitoring, sequencing and voltage scaling power components/POLs.
On-demand power management design is easy and can be completed within a span of days, without requiring long development cycles, high production volumes or NRE costs typical of traditional custom PMU/PMIC solutions.
Together, they deliver real value to today’s time-pressed PMU
designer.
“ON-DEMAND” AmP FEATURES:
Nine member 12V platform family
- Integrated MOSFETs - 1A/3A/6A output current
- 15 to 24 analog/digital GPIOs
- QFN package options
Lower power delivered/consumed
- Shutoff/sequence rails
- Monitor/throttle all rails
Analog Proficiency with FPGA Flexibility
- Current mode – digital compensator
- Analog-like efficiency – low switching/system clock
Load targeted performance tuning
- Tune for performance/retune for aging
- Dynamic multi-mode/multi-phase
- Adaptive compensation