VIPerPlus系列高压转换器配置领先市场的PWM(脉宽调制)控制器的800 V耐雪崩(avalanche-rugged)MOSFET(场效应管),待机功耗极低(230 VAC输入电压下,待机功耗仅为4mW),在宽的负载范围内效率很高。VIPerPlus器件使SMPS(开关电源)的设计达到严格的节能标准,提高了可靠性和可扩展性,并将系统组件数量减少一半。


  • VIPer0P具有独特的零功率模式和宽的输入电压范围(功率可高达7W),是所有开关电源的理想选择。该器件还集成了一个误差放大器和一个逻辑电平MOSFET(场效应管),简化了采用5V输出的超低功耗SMPS(开关电源)(降压或反激)的设计。
  • VIPerPlus系列1系列集成了一个误差放大器和一个逻辑电平MOSFET(场效应管),据此能够建立一个采用5V输出的简单超低功耗SMPS(开关电源)(降压,降压-升压转换器和反激式)。独特的过压保护和18 VDC漏极电压启动功能使它更加稳健可靠。
  • VIPerPlus series 5系列采用准谐振拓扑以提供高效率。
  • VIPerPlus series 6系列集成了一个误差放大器,以满足先进的SMPS(开关电源)要求,从而减少系统元件数量。
  • VIPerPlus series 7系列采用了输入欠压和过压保护,提高了可靠性。
  • VIPerPlus series 8系列具备维持1至2秒过载的峰值功率能力,系统稳定性高。

800 V耐雪崩MOSFET,具有 热关机、软启动、短路保护和自动重启等功能。



电源可扩展性强,功率范围 从几瓦到15瓦之间,配备可采用的辅助绕组,也适用于插件封装或SMD(表面贴装器件)封装,支持各种开关电源拓扑结构。


VIPer11 enables ultra-low consumption SMPS for 5-30 V output and ultra-wide range input voltage

Integrating an 800 V avalanche-rugged logic-level MOSFET with PWM current-mode control and multiple protection circuits, the  VIPer11 high-voltage converter enables designers to create a simple and ultra-low consumption SMPS in flyback, buck, or buck-boost configuration with a 5 V output. It is ideal for low-power applications in home appliances, building, lighting, motion control as well as small industrial and consumer applications. Its integrated high-voltage start-up and sense-FET, error amplifier, and oscillator with jitter minimizes the number of external components required to design a complete application.


eDesignSuite is a comprehensive set of easy-to-use design-aid utilities ready to help you streamline the system development process with a wide range of ST products.

Power Management Design Center

Thermal-electrical Simulators for Components

Signal Conditioning Design Tool

NFC/RFID Calculators

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Power Supply Design Tool

SMPS design, by topology, by type and by product
PFC design with analog and digitial control
Supports various PCB configurations
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LED Lighting Design Tool

Handles AC-DC and DC-DC design in common topologies
Displays interactive and annotated schematic
Provides current/voltage graphs, Bode plots, efficiency curves and power-loss data
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Digital Power Workbench

Provides a step-by-step optimized design of power section and control loop
Generates the STM32Cube embedded software package for custom applications and allows firmware project generation, compatible with multiple STM32 IDEs

Power Tree Designer

Specify input/output power for each node in the tree
Check for consistency
Design each individual node
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AC Switches Simulator

Select ratings and application waveforms
Get junction temperature and blocking voltage graphs
Search and sort suitable devices

Rectifier Diodes Simulator

Select ratings and application waveforms
Estimate power losses
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Supports long mission profiles
Provides power loss and temperature graphs
Helps define heatsink thermal properties

Twister Sim

Help select the right ViPOWER Automotive power device
Supports load-compatibility, wiring harness optimization, fault condition impact and diagnostic analysis
Supports various PCB configurations

TVS Simulator

Specify system ratings and surge waveform
Search and sort suitable devices


Build simple schematics and firmware inputs in minutes
Quickly generate reliable estimates of battery life, system power consumption and bill of materials costs
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Active Filters

Handles multi-stage-designs and common topologies
Returns circuit component values
Provides gain, phase and group delay graphs
Low Pass, High Pass and Band Pass


Handles most common configurations
Returns circuit components values
Provides I/O signal waveforms
Inverting, Non Inverting, Window

Low side Current Sensing

Returns circuit component values
Provides current error graphs

High side Current Sensing

Provides current error graphs.
Help to select the right High side current sensing and shunt devices.
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NFC Inductance

Input geometry and substrate properties
Get antenna impedance

UHF Link Budget

Enter forward and reverse link characteristics
The tool returns link budget estimate

NFC Tuning Circuit

Enter antenna parameter and matching target
Select the topology of the matching network
The tool returns component values for the desired design targets