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01EC5707

Model

01EC5707

Category

passive_components
capacitors

The 47µF/160V aluminum electrolytic capacitor with 2.5Ω ESR and 700mA ripple current is optimized for power filtering in consumer electronics and industrial motor drives. Its ±20% tolerance and 10,000-hour lifespan at 105°C make it suitable for moderate-temperature applications, while the 10x16mm package enables compact PCB layouts. Designers should prioritize thermal management and verify ESR stability under operational frequencies. This component offers cost efficiency for non-critical high-power applications but may require derating in extreme thermal conditions.

Reference Pricing

5+ :$0.133
50+ :$0.1064
150+ :$0.0938
400+ :$0.0644
2400+ :$0.0644
4800+ :$0.0714

Reference Stock

Available:Unknown

Specifications

Capacity47μF
DimensionsΦ10*16L
ESR0.20
Frequency ResponseN/A
Leakage Current165.4μA
Life10000 hours
Operating Temperature Range-25℃ ~ +105℃
Package TypeDIP,D10xL16mm
Rated Voltage160V
Temperature CoefficientN/A

Function And Role

Core Function

Energy storage, filtering, and decoupling in electronic circuits

Key Characteristics

  • 47µF capacitance
  • 160V voltage rating
  • 2.5Ω equivalent series resistance (ESR) at 100kHz
  • 700mA ripple current at 100kHz
  • ±20% tolerance
  • 10mm diameter and 16mm length
  • 5mm pin spacing
  • 10,000-hour lifespan at 105°C

Application Domains

Basic Scenarios

  • Power supply filtering in consumer electronics
  • Decoupling in audio/video equipment
  • DC link capacitance in industrial motor drives

Extended Scenarios

  • Snubber circuits in solar inverters
  • Buffering in switched-mode power supplies
  • Energy storage in low-voltage renewable energy systems

Precautions

Soldering

Avoid prolonged exposure to >150°C; use 60-80°C soldering iron with 0.5-1.2mm diameter tip

Current Limit

Max continuous current: 700mA (100kHz); peak current: 1.5A (non-pulsed)

Voltage Limit

Max working voltage: 160V continuous; peak withstand voltage: 200V (1s max)

Thermal Management

Thermal resistance: 35°C/W; require 10mm minimum clearance for heat dissipation

Storage

Store in <30% relative humidity, <40°C environment; avoid mechanical vibrations

Risk Warnings
  • Risk of short circuit if terminals are damaged
  • Thermal aging accelerates above 105°C operating temperature
  • ESR increases by 30% when operating beyond 100kHz

Alternative Model Params

  • Capacitance (47±5µF)
  • Voltage rating (150-180V)
  • ESR (2.0-3.0Ω at 100kHz)
  • Ripple current (600-800mA)
  • Tolerance (±15-±25%)
  • Dimensional tolerance (±0.5mm)
  • Lifespan (8000-12000hrs)

Design Recommendations

Layout

Place within 5mm of power entry pins; maintain 10mm distance from heat sources

Thermal

Use thermal vias or copper planes for heat dissipation; consider 10°C temperature derating

Compatibility

Compatible with 10-100VDC power supplies; verify with 4.7-47µF range alternatives

Testing

Perform 100-hour burn-in test at 105°C; measure ESR after 500 cycles

Market Positioning

Strengths
  • Cost-effective for high-volume applications
  • Robust ESR performance in ripple-sensitive circuits
  • Compliant with RoHS and REACH regulations
Weaknesses
  • Limited tolerance range compared to film capacitors
  • Lower lifespan in continuous high-temperature environments
  • Dimensional constraints for miniaturization trends

Datasheet

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