$0.18
$0.18
Tax included
World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Shop with confidence knowing that our 24/7 Customer Support is always available to assist with any inquiries

Avail maximum benefits from input tax mechanism on all your Business Invoices. Get GST Invoices on your business purchases. And 0% Taxes on all worldwide deliveries

If you find this product anywhere at lower cost than us. Call us and we will not only match the price but also give a complimentary coupon

Shop with assurance, as each product we offer is 100% original, ensuring quality and authenticity with every purchase
| Country of Origin | Japan |
|---|---|
| Brand | TDK |
| Height | 2.2mm |
| Length | 3.2mm |
| Model | NLV32T-3R3J-PF |
| Depth | 2.5mm |
| Series | NLV-PF |
| Maximum Operating Temperature | 105°C |
| Minimum Operating Temperature | -40°C |
| Core Material | Ferrite |
| Inductance | 3.3μH |
| Standards/Approvals | RoHS |
| Package/Case | 1210 |
| Maximum DC Current | 260mA |
| Pin Count | 2 |
| Maximum DC Resistance | 1.2Ω |
| Inductance Tolerance | ±5 % |
| Termination Style | Surface Mount |
| Maximum Self Resonant Frequency | 60MHz |
| Minimum Quality Factor | 30 |
| Inductor Construction | Wirewound |
| Applications include | TVs, VCRs, digital cameras, xDSL, car audio, ECU systems, HDDs, etc |
The TDK NLV32T-3R3J-PF is a 1210 package shielded wirewound surface mount inductor featuring a ferrite core that delivers an inductance of 3.3 μH with a tolerance of ±5%. This component supports a maximum DC current rating of 260 mA and ensures a high quality factor of 30, making it well suited for precision electronic circuits requiring stable inductance and minimal loss.
Its compact dimensions of 3.2 mm length, 2.5 mm depth, and 2.2 mm height enable it to fit in demanding surface mount device assemblies with limited space. The inductor construction employs a wirewound design combined with shielding to significantly reduce electromagnetic interference, improving circuit reliability and signal integrity.
Designed to operate in harsh industrial and commercial conditions, the inductor withstands temperatures ranging from -40°C to +105°C. The maximum DC resistance is 1.2 Ω, ensuring efficient current flow with minimal resistive losses. This RoHS-compliant component uses a surface mount termination style for automated PCB assembly processes.
The maximum self-resonant frequency of 60 MHz allows the inductor to perform efficiently in high frequency applications. Common use cases include consumer electronics like televisions, VCRs, and digital cameras, as well as telecommunications equipment such as xDSL modems, automotive audio systems, engine control units (ECUs), and computer hard disk drives (HDDs).
Constructed with a ferrite core ensuring high magnetic performance and stability. Designed with a shielded wirewound structure to minimize electromagnetic interference. Compact 1210 package size measuring 3.2 mm length, 2.5 mm depth, and 2.2 mm height for space-constrained PCB layouts.
Features a maximum DC resistance of 1.2 Ω and a high quality factor of at least 30 for sharp frequency response. Endures operating temperatures from -40°C up to 105°C, suitable for harsh environments. Lead-free surface mount termination style complying with RoHS standards.
Optimized self-resonant frequency up to 60 MHz, supporting high-frequency applications. Applications include TVs, VCRs, digital cameras, xDSL, car audio, ECU systems, and hard disk drives.
This TDK Surface Mount Inductor is ideal for industrial electronics, telecommunications, automotive, and consumer device manufacturing that require reliable passive components with stable inductance and low interference properties. Explore the wide range of high-quality inductors available on EnvMart for your next project or production line.
Review sent
Your review cannot be sent
Global Payments 140+ Countries
Global Shipping Fedex/UPS/DHL/Aramex/
BlueDart/Delhivery/DP World
24/7 Customer Support Email/Chat/Telephonic Support
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent