Power SemiconductorFlexiBK™

The PE241xx series of Ultra-High Efficiency, 2-stage Point-of Load Regulator is based on combination with Murata's proprietary adiabatic or lossless charge pump technology.
The technology is ideally suited to provide step-down voltage conversion from 2/3cell battery or 12Vin Point-of Load application and dramatically reduce solution size/height while increasing conversion efficiency.
The IC's are based on integrated charge pump control architecture with integrated FETs to configure 2-stage architecture that consists of charge pump followed by buck regulator.

Product Lineup

Swipe left or right to change screens View in landscape mode.
Part Number Status Outputs (#) Io [A] Vin [V] Vo [V] SYNC Frequency Range [kHz] Efficiency [%] Interface Package Inquiry Module Part Number
PE24101/PE24102 In Production 1 6 5.5 to 14.4 0.6 to 2.0 500 to 2000 90
(12Vin/1.2Vo)
I2C 2 × WLCSP Contact us MYTNA1R86RELA2RA
MYTNC1R86RELA2RA
PE24108 In Production 1 7.67 3.0 to 3.6 0.7 to 1.0 1750 to 2000 88.5
(3.3Vin/0.5Vo)
N/A QFN Contact us N/A
10 3.0 to 3.6 0.4 to 0.7
PE24109 In Production 1 10 3.0 to 3.6 0.5 to 1.0 1750 to 2000 90
(3.3Vin/0.75Vo)
N/A QFN Contact us N/A
PE24110 In Production 1 12 3.0 to 3.6 0.35 to 0.6 1750 to 2000 88.5
(3.3Vin/0.5Vo)
N/A QFN Contact us N/A

Technical Reference

Murata's Unique Two-stage Architecture for Step Down conversion

A highly flexible multi-stage architecture comprising a patented “pipeline” stage switched-capacitor network (charge pump) combined with buck stage.

Virtually lossless stage irrespective of conversion ratio! Efficiency is largely independent of the difference between input and output voltage. Capacitors do most of the work, enabling greatly reduced inductor sizing. Uses low voltage FETs throughout the power train. Built on standard CMOS.

Interleaved Operation for Lower Ripple/EMI and Better Transient Performance

Interleaved Charge Pump stage leads to Lower input ripple Lower EMI emissions Interleaved Buck Converter stage leads to Lower output ripple Better transient performance

Technical Articles