Würth Elektronik WE-PD2SA SMD Shielded Power Inductors
Würth Elektronik WE-PD2SA SMD Power Inductors are a magnetically shielded version of WE-PD2A series inductors. These AEC-Q200 qualified inductors offer the same low tolerances at high inductance values as the non-shielded counterparts while being pad compatible with WE-PD2A size 7850. High saturation currents characterize the SMD WE-PD2SA components due to a self-centering shielding ring construction with operation in temperatures ranging from -40°C to +125°C. Würth Elektronik WE-PD2SA Q+ Inductors are ideal for switching regulators with low operating voltage and multimedia applications.Features
- AEC-Q200 qualified
- Magnetic shielded version from the WE-PD2A, which results in a low leakage field
- Pad compatible with the WE-PD2A size 7850
- High saturation current due to self-centering shielding ring construction
- 1.2µH to 220µH inductance range
- 25% tolerance
- 670mA to 4.85A maximum DC current range
- -40°C to +125°C operating temperature range
Applications
- Switching regulators with low operating voltage
- Multimedia applications
Sample Kit
The WE-PD2SA sample kit contains a variety of AEC-Q200 qualified, shielded SMD power inductors with high saturation currents, from 1.2µH to 200µH. Compatible with 7850 WE-PD2A components.
View Results ( 25 ) Page
| Numer części | Karta charakterystyki | Indukcyjność | Maksymalny prąd DC | Maksymalny opór DC | Częstotliwość autorezonansu |
|---|---|---|---|---|---|
| 784787330 | ![]() |
33 uH | 1.48 A | 161 mOhms | 10 MHz |
| 784787047 | ![]() |
4.7 uH | 3.3 A | 29 mOhms | 42 MHz |
| 784787220 | ![]() |
22 uH | 1.83 A | 103 mOhms | 13 MHz |
| 784787470 | ![]() |
47 uH | 1.25 A | 243 mOhms | 8 MHz |
| 784787100 | ![]() |
10 uH | 2.6 A | 43 mOhms | 24 MHz |
| 784787120 | ![]() |
12 uH | 2.45 A | 52 mOhms | 20 MHz |
| 784787150 | ![]() |
15 uH | 2.3 A | 60 mOhms | 18 MHz |
| 784787680 | ![]() |
68 uH | 1.12 A | 290 mOhms | 7.5 MHz |
| 784775212 | ![]() |
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| 784776047 | ![]() |
Opublikowano: 2018-08-20
| Zaktualizowano: 2023-05-04

