3.9nH, 840mA, 0402 RF Inductor, Ceramic Wire Wound Chip Inductor
SWI0402CT3N9
RF Ceramic Wire Wound Chip Inductor, General Grade
3.9nH, 840mA, 0402 RF Ceramic Wire Wound Chip Inductor SWI CT series with minimum tolerance 2% available, advance in higher self resonate frequency (SRF), high Q factor, and is widely used in the co mmunication applications such as cellular phones, cable modem, ADSL, repeaters, Bluetooth, and other electronic devices.
Product Features
- Higher Self Resonate Frequency (SRF)
- High Q factor
- Tight tolerance ± 0.2nH
- Operating temp.: -40°C ~ +125°C (including self-temperature rise)
Product Applications
- Metaverse application
- RF circuits
| Product Category | RF Inductor - Ceramic Wire Wound Chip Inductor | Inductance (µH) | 0.0039 |
| Part Number | SWI0402CT3N9 | Tolerance | ±0.20 nH |
| Grade | General | RDC (Ω) | 0.066 |
| Length (mm) | 1 | IDC (A) | 0.84 |
| Width (mm) | 0.55 | Operating temp.°C (LOW) | -40 |
| Height (mm) | 0.5 | Operating temp.°C (HIGH) | 125 |
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RF Ceramic Wire Wound Chip Inductor SWI0402CT Series Datasheet
Include dimensions, electrical characteristics and curve diagrams for your reference
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How can you achieve superior RF circuit performance while minimizing signal losses in your communication equipment designs?
ABC ATEC's 3.9nH RF ceramic wire wound chip inductor delivers exceptional high Q factor and self-resonant frequency characteristics specifically engineered for communication applications. With industry-leading ±0.2nH tight tolerance and proven performance in cellular, ADSL, and Bluetooth systems, our component ensures your RF circuits maintain optimal signal integrity and efficiency. Contact our technical team to discuss custom RF inductor solutions tailored to your specific communication equipment requirements.
As a manufacturer with 45 years of specialized expertise and IATF16949 Quality Certification, ABC ATEC delivers this RF ceramic wire wound chip inductor with patented production technologies and comprehensive customization capabilities. The component's superior SRF and high Q factor minimize signal losses and enhance circuit efficiency, directly supporting improved device performance and reduced power consumption in communication applications. Our commitment to precision engineering and quality excellence ensures your RF circuits achieve optimal performance specifications, whether for next-generation cellular networks, wireless connectivity solutions, or emerging metaverse applications requiring advanced electromagnetic components.



