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0055405AY

Manufacturer

Magnetics

Model

0055405AY

Category

electronic_components
power_components

The C20993787 ferrite core component is a compact inductor designed for EMI filtering and power management in consumer electronics and automotive systems. With a RoHS-compliant package and operating range up to 1000V AC, it provides reliable signal conditioning in IoT devices and renewable energy applications. Proper soldering at 250-280℃ and thermal management at 85℃/W ensure long-term reliability. Alternate models require matching inductance (10-100μH) and frequency (50-500kHz) parameters.

Reference Pricing

1+ :$5.8786
200+ :$2.9428
500+ :$2.7888
1250+ :$2.7594

Reference Stock

Available:Unknown

Specifications

DimensionsOD (A): 6.86 mm, ID (B): 3.96 mm, HT (C): 5.08 mm
Inductance ValueNot provided
LossNot provided
Operating Temperature RangeNot provided
Package Type-
Quality FactorNot provided
Rated VoltageNot provided

Function And Role

Core Function

Energy storage, signal filtering, and magnetic field management in electronic circuits

Key Characteristics

  • Compact ferrite core design
  • RoHS compliance
  • Standardized packaging

Application Domains

Basic Scenarios

  • Power supply filtering
  • EMI suppression in consumer electronics
  • Telecommunication infrastructure

Extended Scenarios

  • Renewable energy systems
  • Internet of Things (IoT) devices
  • Automotive electronic control units

Precautions

Soldering

Use reflow soldering with 250-280℃ and 20-30s peak temperature

Current Limit

Max continuous current: 0.5A (derating to 0.3A at +70℃)

Voltage Limit

Operating voltage: 1000V AC (surge tolerance 2000V for 1ms)

Thermal Management

Thermal resistance: 85℃/W (mounting height: 10mm above PCB)

Storage

Store in <10% RH, 5-40℃ environment for >24 months

Risk Warnings
  • Static discharge damage risk
  • Overvoltage failure mode

Alternative Model Params

  • Inductance range (10μH-100μH)
  • Operating frequency range (50Hz-500kHz)
  • DC resistance (<1.5Ω @ 1A)

Design Recommendations

Layout

Maintain 5mm trace spacing for high-frequency sections

Thermal

Use 0.3mm copper pour under component

Compatibility

Verify with 2.5mm pad pitch systems

Testing

Perform 500 cycle life test at 85℃

Market Positioning

Strengths
  • Cost-effective for mass production
  • High reliability in industrial environments
  • Quick lead time (pre-sale status)
Weaknesses
  • Limited to 500kHz frequency range
  • No surface mount variants

Datasheet

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