220 Smd Inductor

You need a reliable 220 SMD inductor that meets strict UL, RoHS standards, ships within 48 hours, and fits your audio, medical, or renewable‑energy design budget. Result: Missed project deadlines, higher engineering costs, and

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220 SMD Inductor – High‑Performance, Low‑Cost OEM/ODM for US Manufacturers

You need a reliable 220 SMD inductor that meets strict UL, RoHS standards, ships within 48 hours, and fits your audio, medical, or renewable‑energy design budget.

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Why Your Current 220 SMD Inductor Strategy Is Holding You Back

High Unit Cost – Most suppliers charge > $0.85 per piece, inflating BOM by up to 15 %.
Inconsistent Quality – 10 % of batches fail IPC‑2221 electrical tests, causing re‑work delays.
Long Lead Times – 4‑6 weeks from order to delivery stalls production schedules.
Limited Customization – Fixed inductance values force design compromises.
Regulatory Uncertainty – Lack of CE, FCC, or UL certification risks market entry.

Result: Missed project deadlines, higher engineering costs, and reduced competitiveness.

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Our 220 SMD Inductor – The Competitive Edge You Need

Cost‑Effective Pricing – $0.62 / piece (FOB Shenzhen) – up to 27 % cheaper than average market price.
ISO‑9001 & UL Certified – Full compliance with CE, FCC, RoHS, and VDE standards.
Fast, High‑Speed Delivery – 2‑day express from our 5000 m² factory to US ports.
OEM/ODM Flexibility – Custom inductance (10 µH‑150 µH), tolerance (±5 %‑±10 %), and PCB footprint.
Robust Reliability – 10,000 h MTBF, 85 °C continuous operation, 0.5 % DC resistance variation.

Technical Specification Table

Parameter	Value	Unit	Standard
Inductance	220	µH	±5 %
Rated Current	500	mA	IEC 60068‑2‑14
DC Resistance	0.12	Ω	±10 %
Operating Temp.	-40 ~ +85	°C	MIL‑STD‑202
Package	0402/0603/0805	—	IPC‑7351B
RoHS	Yes	—	EU Directive 2011/65/EU

Application Scenarios & Case Studies

Audio Amplifiers – A US audio‑equipment OEM reduced harmonic distortion by 12 % after switching to our 220 SMD inductors.

Medical Devices – A cardiac monitor manufacturer achieved FDA 510(k) clearance faster thanks to our UL‑certified components.

Renewable Energy Inverters – A solar‑inverter supplier cut board space by 18 % using our compact 0805 footprint.

220-inductor low-frequency-inductor inductors-&-chokes custom-inductors

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Frequently Asked Questions

What is the minimum order quantity (MOQ) for the 220 SMD inductor?

Our standard MOQ is 5,000 pieces. For OEM projects we can lower it to 1,000 pieces with a short‑run tooling fee.

Can you customize the inductance value or footprint?

Yes. Our R&D team can produce custom values from 10 µH to 300 µH and support 0402, 0603, 0805, or proprietary footprints.

What are the payment terms for US buyers?

T/T 30 % deposit, 70 % balance before shipment; we also accept L/C at sight for first‑time customers.

How long does shipping to the United States take?

Express (DHL/FedEx) – 2‑3 business days; Sea freight – 12‑14 days port‑to‑port.

Do you provide after‑sales technical support?

Yes. Our 24 h support line and dedicated application engineers are available via phone, WhatsApp, or email.

Alternating Current Coil

Ready to Power Your Next Project?

Limited Stock: First 1,000 orders receive a 10 % discount and free sample kit.

Risk‑Free: If the inductors don’t meet your specs, we offer a full money‑back guarantee within 30 days.

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What Our Customers Say

Emily Chen, Senior Buyer – GreenTech Power
“The 220 SMD inductors arrived on time, fully tested, and at a price that let us stay under budget. We saved $15k on our latest inverter batch.”

Michael Patel, Operations Manager – AudioWave Inc.
“Xinchangda’s technical team helped us redesign the PCB layout, reducing board area by 22 % while improving Q‑factor.”

Sofia Martinez, Procurement Lead – MedLife Devices
“Compliance was a nightmare until Xinchangda provided full UL and ISO documentation. Approval time dropped from 6 weeks to 2 weeks.”

About the Author

David Liu, Senior Application Engineer – Xinchangda Magnetic Components
With 12 years of experience in magnetic component design for aerospace, medical, and renewable‑energy sectors, David has authored over 30 whitepapers on inductance optimization and leads technical workshops for Fortune‑500 OEMs. He holds a Master’s in Electrical Engineering (MIT) and is a certified ISO 9001 auditor.