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0075059A7

Manufacturer

Magnetics

Model

0075059A7

Category

electronic_components
power_components

The C21504007 surface-mount inductor/transformer accessory is optimized for cost-sensitive power management and signal processing applications, offering reliable performance in consumer electronics and industrial IoT devices when properly soldered at 300-350℃ and operated within 500mA/1000V limits. Its compact footprint and Rohs compliance make it suitable for high-volume manufacturing but requires careful thermal management and static protection during assembly.

Reference Pricing

1+ :$1.8396
200+ :$0.7336
500+ :$0.665
1000+ :$0.7644

Reference Stock

Available:Unknown

Specifications

DimensionsOD (A): 22.86mm, ID (B): 13.97mm, HT (C): 7.62mm
Inductance Value75059A7
LossWattLoss 50kHz,100mT
Operating Temperature RangeCoating Temp (Continuous up to): 200°C
Package Type-
Quality FactorQ max(mW/cm3)
Rated VoltageVoltage Breakdown wiretowire min (VAc): 2000V

Function And Role

Core Function

Inductor/transformer accessory for signal filtering, energy storage, and magnetic coupling applications

Key Characteristics

  • Rohs compliant
  • Surface-mounted design
  • Material: ferrite/air core

Application Domains

Basic Scenarios

  • DC-DC power supply filtering
  • RF circuit matching
  • Sensor signal conditioning

Extended Scenarios

  • Motor drive noise suppression
  • Renewable energy system inductors
  • IoT device power management

Precautions

Soldering

Use 300-350℃ reflow profile with flux-free solder paste

Current Limit

Max continuous current: 500mA (derate to 200mA at +70℃)

Voltage Limit

Max working voltage: 1000V AC/DC

Thermal Management

Thermal resistance: 60℃/W (mount on copper plane)

Storage

Store in anti-static bags below 30℃ with 10%RH

Risk Warnings
  • Avoid mechanical stress exceeding 50N
  • Static sensitive (ESD protection required)
  • Overvoltage may cause core saturation

Alternative Model Params

  • Inductance range (μH)
  • Operating frequency range (kHz)
  • DC resistance (mΩ)
  • Max temperature (℃)

Design Recommendations

Layout

Maintain 5mm trace spacing for high-frequency circuits

Thermal

Use thermal vias under component for heat dissipation

Compatibility

Verify with 0402/0603 footprint alternatives

Testing

Perform 500-hour life test at max load conditions

Market Positioning

Strengths
  • Cost-effective for mass production
  • Rohs compliance for global markets
  • Compact surface-mount design
Weaknesses
  • Limited high-frequency performance beyond 10MHz
  • No customized winding options
  • Stockout risk during peak seasons

Datasheet

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