Panasonic ELL6UH Series Wire-wound SMD Inductor 560 μH ±20% Wire-Wound 260mA Idc
Product Information
Maximum DC Resistance:
2.53Ω
Inductor Construction:
Wire-Wound
Dimensions:
6.4 x 6 x 5mm
Maximum DC Current:
260mA
Series:
ELL6UH
Length:
6.4mm
Height:
5mm
Depth:
6mm
Inductance:
560 μH
Tolerance:
±20%
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FAQs
Yes. You can also search ELL6UH561M on website for other similar products.
We accept all major payment methods for all products including ET14013428. Please check your shopping cart at the time of order.
You can order Panasonic brand products with ELL6UH561M directly through our website or call us at +44 (0) 3303 800 157 or email our support team at sales@enrgtech.co.uk.
Yes. Our products in Wire-Wound Surface Mount Inductors category are shipped in lowest possible time.
You will get a confirmation email regarding your order of Panasonic ELL6UH Series Wire-wound SMD Inductor 560 μH ±20% Wire-Wound 260mA Idc. You can also check on our website or by contacting our customer support team for further order details on Panasonic ELL6UH Series Wire-wound SMD Inductor 560 μH ±20% Wire-Wound 260mA Idc.
We use our internationally recognized delivery partners UPS/DHL. Collection of ET14013428 can also be arranged for the customer by international shipments through contacting our customer support team. Additionally, you can also search "Panasonic" products on our website by using Enrgtech's Unique Manufacturing Part Number ET14013428.
Yes. We ship ELL6UH561M Internationally to many countries around the world.
This is ELL6UH Series Wire-wound SMD Inductor 560 μH ±20% Wire-Wound 260mA Idc manufactured by Panasonic. The manufacturer part number is ELL6UH561M. It allows up to 2.53ω maximum DC resistance. The inductor is designed as wire-wound inductor. The given dimensions of the product include 6.4 x 6 x 5mm. While it carries 260ma of maximum DC current. The product ell6uh, is a highly preferred choice for users. Its accurate length is 6.4mm. In addition, the height is 5mm. The product comes in 6mm depth. The product has a 560 μh inductance value. It features ±20% of tolerance value.
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