Panasonic, ETQP3M, 0530 Surface Mount Inductor with a Metal Composite Core, 4.7 μH Integral Construction ±20/±10 % 4.1 A
- N° de stock RS:
- 122-1744
- Référence fabricant:
- ETQP3M4R7KVP
- Fabricant:
- Panasonic
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5,56 €
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6,73 €
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Unité | Prix par unité | Le Sachet* | Économie |
|---|---|---|---|
| 10 - 90 | 0,556 € | 5,56 € | - |
| 100 - 240 | 0,404 € | 4,04 € | 15,20 € |
| 250 - 490 | 0,384 € | 3,84 € | 43,00 € |
| 500 - 990 | 0,307 € | 3,07 € | 124,50 € |
| 1000 + | 0,275 € | 2,75 € | 281,00 € |
*Prix donné à titre indicatif
- N° de stock RS:
- 122-1744
- Référence fabricant:
- ETQP3M4R7KVP
- Fabricant:
- Panasonic
Spécifications
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Détails du produit
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Sélectionner tout | Attribut | Valeur |
|---|---|---|
| Marque | Panasonic | |
| Inductance | 4.7μH | |
| Product Type | Surface Mount Inductor | |
| Maximum DC Current | 4.1A | |
| Package/Case | 0530 | |
| Length | 5.5mm | |
| Automotive Standard | AEC-Q200 | |
| Minimum Operating Temperature | -55°C | |
| Maximum DC Resistance | 45.6mΩ | |
| Inductance Tolerance | ±20/±10 % | |
| Series | ETQP3M | |
| Maximum Operating Temperature | 155°C | |
| Depth | 5mm | |
| Height | 3mm | |
| Core Material | Metal Composite | |
| Standards/Approvals | RoHS | |
| Termination Style | Surface Mount | |
| Maximum Self Resonant Frequency | 100kHz | |
| Moulded | Yes | |
| Inductor Construction | Integral Construction | |
| Sélectionner tout | ||
|---|---|---|
Marque Panasonic | ||
Inductance 4.7μH | ||
Product Type Surface Mount Inductor | ||
Maximum DC Current 4.1A | ||
Package/Case 0530 | ||
Length 5.5mm | ||
Automotive Standard AEC-Q200 | ||
Minimum Operating Temperature -55°C | ||
Maximum DC Resistance 45.6mΩ | ||
Inductance Tolerance ±20/±10 % | ||
Series ETQP3M | ||
Maximum Operating Temperature 155°C | ||
Depth 5mm | ||
Height 3mm | ||
Core Material Metal Composite | ||
Standards/Approvals RoHS | ||
Termination Style Surface Mount | ||
Maximum Self Resonant Frequency 100kHz | ||
Moulded Yes | ||
Inductor Construction Integral Construction | ||
Panasonic ETQP3M Series Surface Mount Inductor, 4.7μH Inductance, 4.1A Maximum DC Current - ETQP3M4R7KVP
This surface mount inductor is designed for high-performance electronic applications, particularly in automotive settings. With Compact dimensions of 5.5mm x 5mm x 3mm, this model provides effective inductance of 4.7 μH while supporting maximum DC current of 4.1A. Its robust metal composite core ensures durability and efficiency in various conditions.
Features & Benefits
• AEC-Q200 compliant for automotive reliability
• Wire-wound construction provides improved inductance stability
• Shielded design minimises electromagnetic interference
• Low DC resistance of 50.16mΩ enhances energy efficiency
• Temperature range from -55 °C to +155 °C for versatile applications
• Compact footprint allows for efficient circuit design
Applications
• Ideal for automotive electronic control units
• Suitable for power supply circuits in Compact devices
• Used in signal filtering for communication equipment
• Effective in energy storage for DC-DC converters
What is the significance of AEC-Q200 compliance for this component?
AEC-Q200 compliance ensures that the inductor meets automotive standards, providing assurance of reliability and performance in automotive applications under various environmental conditions.
How does the shielding affect performance in electronic circuits?
The shielding reduces electromagnetic interference, leading to more stable performance in sensitive electronic applications, thus enhancing overall circuit efficiency.
What measures should be taken when operating at maximum temperature?
When operating near the maximum temperature of +155 °C, ensure adequate cooling and avoid prolonged exposure to high temperatures to maintain optimal performance and extend the component's life.
What advantages does wire-wound construction offer?
Wire-wound construction allows for a higher inductance Value and better current handling capabilities, making it suitable for applications requiring efficient energy storage and transfer.
How does low DC resistance contribute to energy savings in circuits?
A low DC resistance results in decreased energy loss as heat, enabling systems to operate more efficiently, which is Crucial for battery-powered or energy-sensitive applications.
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