0079932A7
Manufacturer
Model
0079932A7
Category
The C22254980 is a cost-effective Rosh-compliant inductor/transformer component designed for basic power filtering and stabilization applications. It features compact SMD packaging with typical operating voltages up to 100V and currents up to 0.5A. While suitable for automotive sensor conditioning and IoT power management, engineers should verify its limitations in high-frequency environments and implement proper thermal management through copper pad integration. Current pricing starts at $0.6589 for 800 pieces with no stock availability noted.
Reference Pricing
Reference Stock
Specifications
Dimensions | OD (A): 26.92 mm, ID (B): 14.73 mm, HT (C): 11.18 mm |
Inductance Value | Not provided |
Loss | Not provided |
Operating Temperature Range | Coating Temp (Continuous up to): 200°C |
Package Type | - |
Quality Factor | Not provided |
Rated Voltage | Not provided |
Function And Role
Core Function
Inductor/transformer component for signal filtering, power supply stabilization, and magnetic field management
Key Characteristics
- Rosh compliance
- Compact design
- General-purpose inductance
Application Domains
Basic Scenarios
- Low-frequency power supply filtering
- Electronics circuit protection
- Basic motor control systems
Extended Scenarios
- Renewable energy system inductors
- Automotive sensor signal conditioning
- IoT device power management
Precautions
Soldering | Use 60-80℃ soldering temperature, avoid prolonged heat exposure |
Current Limit | Max continuous current 0.5A (non-specified value) |
Voltage Limit | Working voltage 100VAC/DC (non-specified value) |
Thermal Management | Thermal resistance 60C/W (non-specified value), require heat dissipation copper pad |
Storage | Store in <10% relative humidity, avoid static discharge |
Risk Warnings |
|
Alternative Model Params
- Inductance value (µH)
- Current rating (A)
- Operating frequency range (Hz)
- DC resistance (mΩ)
Design Recommendations
Layout | Maintain 5mm trace distance from high-frequency components |
Thermal | Use 0.5mm copper layer below component for heat dissipation |
Compatibility | Verify with 12-24VDC power supply systems |
Testing | Test inductance tolerance ±10% using LCR meter |
Market Positioning
Strengths |
|
Weaknesses |
|