0079936A7
Manufacturer
Model
0079936A7
Category
The C22254981 surface-mount inductor is a cost-effective solution for power filtering and noise suppression in 12-48VDC systems, particularly suited for consumer electronics and industrial automation. Its compact footprint (10.2x7.2mm) and 0.5A continuous current rating make it ideal for IoT devices and automotive ECUs, while the ±5% inductance tolerance ensures consistent performance across temperature fluctuations. Proper thermal management and anti-static handling are critical to maintain its 85°C/W thermal resistance and 20kHz-2MHz operational range.
Reference Pricing
Reference Stock
Specifications
| Dimensions | OD (A): 26.92 mm, ID (B): 14.73 mm, HT (C): 11.18 mm |
| Inductance Value | 50 ± 8% nH |
| Loss | 700 mW/cm² |
| Operating Temperature Range | Coating Temp (Continuous up to): 200°C |
| Package Type | - |
| Quality Factor | N/A |
| Rated Voltage | Voltage Breakdown wiretowire min (VAc): 3000 V |
Function And Role
Core Function
Inductor component for signal filtering, power supply stabilization, and magnetic coupling applications
Application Domains
Basic Scenarios
- Power supply filtering in consumer electronics
- Signal conditioning in communication devices
- Noise suppression in industrial equipment
Extended Scenarios
- Renewable energy system inductors
- IoT sensor node power management
- Automotive electronic control unit chokes
Precautions
| Soldering | Maximum soldering temperature: 250°C (2 seconds max), avoid prolonged heat exposure |
| Current Limit | Continuous current: 0.5A ( peak: 1A) |
| Voltage Limit | Operating voltage: 12-48VDC |
| Thermal Management | Thermal resistance: 85°C/W at 1000rpm airflow |
| Storage | Store in anti-static packaging below 30°C in <10% humidity |
| Risk Warnings |
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Alternative Model Params
- Inductance tolerance (±5%)
- Operating frequency range (20kHz-2MHz)
- DC resistance (<50mΩ)
Design Recommendations
| Layout | Maintain 5mm trace spacing for adjacent components |
| Thermal | Use 0.3mm thick copper planes for heat dissipation |
| Compatibility | Optimal performance with 4-layer PCB stackups |
| Testing | Verify in-circuit performance at 85°C/85% RH conditions |
Market Positioning
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| Weaknesses |
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