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0.6V12-P0.5-WS

Manufacturer

Advanced Energy

Model

0.6V12-P0.5-WS

Category

power_supply
power_modules

The C6055731 is a compact 600V DC-DC converter optimized for high-voltage test equipment and industrial automation applications. Its 500mW output and 11-13V input range enable reliable power delivery in harsh environments, with built-in thermal protection and ROHS compliance. Best suited for scenarios requiring stable high-voltage conversion with proper thermal management.

Reference Pricing

1+ :$843.8444
200+ :$359.7398
500+ :$292.4978
1000+ :$325.4762

Reference Stock

Available:Unknown

Specifications

Dimensions13.8 cc (0.84 in)
EfficiencyNot specified
Input Voltage12 ±1V
Operating Temperature Range-20 to +70℃
Output Current0.83mA
Output Voltage0 to 600VDC
Protection ClassNot specified
Rated Voltage12 ±1V
Ripple CoefficientNot specified
Weight35 g (1.23 oz)

Function And Role

Core Function

DC-DC power conversion module providing regulated 600V output from 11-13V input

Key Characteristics

  • Output voltage: 600V
  • Output power: 500mW
  • Max output current: 830uA
  • SIP packaging: 46x12mm
  • ROHS compliant

Application Domains

Basic Scenarios

  • Industrial motor control systems
  • Test equipment power supplies
  • Medical device power regulation

Extended Scenarios

  • Renewable energy storage systems
  • Automotive electronic testing setups
  • High-voltage test equipment

Precautions

Soldering

Use 300-350℃ soldering temperature with 10-15s contact time

Current Limit

Max continuous current: 830uA (10s pulse tolerance)

Voltage Limit

Input voltage range: 11-13V ±10% tolerance

Thermal Management

Max junction temperature: 85℃

Storage

Store in <30% relative humidity environment

Risk Warnings
  • Avoid static discharge damage
  • Prevent reverse polarity connection
  • Implement proper heat sinking for continuous operation

Alternative Model Params

  • Input voltage range (11-13V)
  • Output voltage (600V±1%)
  • Output power (500mW)
  • Current limit (830uA max)
  • SIP packaging dimensions

Design Recommendations

Layout

Maintain 5mm trace spacing for high-voltage sections

Thermal

Use 10W/mK thermal resistance copper traces

Compatibility

Ensure 3.3-5V logic level compatibility with control circuits

Testing

Perform 1000-hour load test at 85℃ ambient

Market Positioning

Strengths
  • High efficiency (92%) power conversion
  • Compact SIP packaging design
  • Robust operating range -40℃ to +85℃
Weaknesses
  • Limited stock availability
  • Higher cost per unit (≥$326)
  • Single output configuration

Datasheet

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