Compact Power for Complex Designs

Maximize efficiency and reliability in every design with advanced power management.
A Better Solution with pSemi’s Capacitor-Based Power Conversion

A Better Solution with pSemi’s Capacitor-Based Power Conversion

pSemi is a market leader in the design and development of advanced power management solutions, specializing in charge pump capacitor drivers, high-efficiency buck regulators, and boost LED drivers. These technologies are engineered to deliver compact, low-profile solutions that meet the stringent power and thermal demands of modern electronics.

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Product Management Products from pSemi

Charge Pump Capacitor Dividers

Delivering up to 99% peak efficiency, this patented power conversion technology offers fully integrated solutions from 15W to 160W, with soft-switching topology and parallel scalability for high-performance applications.

Buck Regulators

Designed for telecom, datacom, server, and storage applications—offering best-in-class efficiency in low-profile designs under 1.2mm, with full I²C programmability and precise on-board telemetry.

Boost Regulator LED Driver

Ultra-efficient LED boost solutions (up to 96%) for LCD displays in tablets, notebooks, and convertibles—supporting ultra-thin profiles under 0.7mm, precise LED current control, and up to 15-bit resolution via I²C or PWM.

Charge Pump Capacitor Dividers from pSemi

pSemi’s patented, adiabatic charge pump technology reduces capacitive redistribution losses during switching transitions, resulting in industry best-in-class efficiency (up to 99% peak), and solution size reduction.

Features

  • Unique, patented architecture to enable higher overall system, power conversion efficiency
  • Fully integrated solutions from 15W to 160W
  • Virtually lossless (up to 99% peak) conversion and soft-switching topology
  • Parallel operation to higher power levels
Part Number
Datasheet
VIN(V)
VOUT(V)
IOUT(A)
Peak Efficiency (%)
Package
Availability
PE25203A-V
5.7-15
Vin/2, Vin/3
4
Div2: 99
Div3: 98
WLCSP
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PE25204A-V
18-60
Vin/4
6
96.80
WLCSP
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PE25208A-V
18-60
Vin/2, Vin/3
6-8
Div2: 98.2
Div3: 97.8
WLCSP
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PE25213A-V
5.7-15
Vin/2, Vin/3
10
Div2: 99
Div3: 98
WLCSP
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Buck Regulators from pSemi

Unique two-stage, step-down architecture provides best-in-class efficiency performance for low-profile applications (< 1.2 mm). These devices come in 3.3V and 12V input ranges with an optional I2C interface

Features

  • Family of DC-DC buck voltage regulators ICs and modules for telecoms, datacoms, server and storage applications
  • Compact solution size offering best-in-class efficiencies for low profile applications (<1.2mm)
  • Fully programmable via I2C and with accurate on-board telemetry
Part Number
Datasheet
Outputs
IOUT (A)
VIN(V)
VOUT(V)
Sw Frequency (kHz)
Peak Efficiency (%)
Package
Availability
PE24108A-X
1
10
3.0-3.6
0.4-1.0
1750-2000
88.5
QFN
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PE24110A-X
1
12
3.0-3.6
0.35-0.7
1600
89
QFN
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PE24111
1
20
3.0-3.6
0.35-0.7
1750-2600
90
QFN
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Boost Regulator LED Driver from pSemi

Based on a two-stage step-up to achieve the highest efficiency (up to 96%) to increase application battery runtime. The architecture results in very low-profile solutions (< 0.7 mm) for the latest low-profile display panels. These devices are available for 1-cell, 2-cell, and 3-cell battery input voltages with up to 15-bit resolution via I2C or PWM control.

Features

  • Ultra-high efficiency (up to 96%) LED boosts for LCD displays
  • Product family includes products for 1-cell, 2-cell, and 3-cell inputs such as tablets, notebooks and 2-in-1 convertibles
  • Enables very low profile (<0.7 mm) solutions and halves power-conversion losses compared to leading alternatives
  • Up to 15-bit resolution via I2C or PWM control
  • High accuracy with tight matching at low LED current
Part Number
Datasheet
VIN(V)
VOUT(V)
Strings Number
IOUT per String (mA)
Dynamic Range Bit
Peak Efficiency (%)
Package
Availability
ARC1C06081W-V
2.5-5.5
30
6
25
12
95
WLCSP
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ARC3C0845-V
4.5-15
45
8
43
15
95
QFN/WLCSP
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ARC3C0845W-V
4.5-15
45
8
43
15
95
QFN/WLCSP
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PE23108A-V
4.5-15
42
8
33
15
96
WLCSP
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Energy & Power Design Support

Allow us an opportunity to assess your project and help bring your vision to market faster.

About our Team of Experts

Our team of global applications engineers are available to answer your questions to ensure your power conversion or energy storage system design meets your performance expectations. If you’re transitioning from silicon to gallium nitride (GaN) or silicon carbide (SiC), we’ll help identify the right switching device to achieve the power density and increased efficiency your application requires.