SCC1608C8N2JSP
Sunltech
Needs validationmedium risk
A 0603 inductor with matching current but lower inductance and Q-factor.
Best Alternatives to VHF160808H9N1JT
VHF160808H9N1JT is a 9.1nH, 500mA high-frequency inductor in a 0603 package. While no exact drop-in replacement exists, several alternatives are available with minor parametric differences or in different packages, requiring engineering review.
AI replacement insight
Electrical riskmedium
Most candidates have slightly different inductance (8.2nH vs 9.1nH) and some have a lower Q-factor, which can affect RF circuit performance.
Package riskhigh
Several strong electrical alternatives are in a smaller 0402 package, requiring a mandatory PCB layout change.
Sourcing risklow
Multiple vendors offer similar parts, providing a good range of sourcing options.
Can it be replaced directly?
No direct, fully-equivalent replacement was found. Several 0603 parts like SCC1608C8N2JSP are close but have different inductance or Q-factor values that require engineering review.
Best replacement path
For a drop-in replacement, review SCC1608C8N2JSP or SDCL1608C8N2JTDF, but validate inductance and Q-factor. If a PCB redesign is possible, LQG15HS8N2G02D is a strong functional alternative.
Main risk
The main risks are changes in circuit tuning due to different inductance values and reduced performance from a lower Q-factor.
Recommended alternatives
6Alternative comparison matrix
| Feature / factor | VHF160808H9N1JT | SCC1608C8N2JSP | LQG15HS10NG02D | LQG15HS8N2G02D | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0603 | 0603 (1608 metric) | 0402 (1005 Metric) | 0402 (1005 Metric) | 0603 (1608 metric) / 0402 (1005 Metric) / 1608 (0603) — Package size matches.; LQG15HS10NG02D: Smaller package requires PCB redesign.; LQG15HS8N2G02D: Smaller package requires PCB redesign.; SDCL1608C8N2JTDF: Package size matches. |
| Inductance | 9.1 nH | 8.2 nH | 10 nH | 8.2 nH | 8.2 nH / 10 nH — Inductance is ~10% lower.; LQG15HS10NG02D: Inductance is ~10% higher.; LQG15HS8N2G02D: Inductance is ~10% lower.; SDCL1608C8N2JTDF: Inductance is ~10% lower. |
| Current | 500 mA | 500 mA | 500 mA | 550 mA | 500 mA / 550 mA — Rated current matches.; LQG15HS10NG02D: Rated current matches.; LQG15HS8N2G02D: Higher rated current is an upgrade.; SDCL1608C8N2JTDF: Rated current matches. |
| Dcr | 0.4 Ω | 0.3 Ω | 0.26 Ω | 0.24 Ω | 0.3 Ω / 0.26 Ω / 0.24 Ω / 0.35 Ω — Lower DCR is generally better.; LQG15HS10NG02D: Lower DCR is generally better.; LQG15HS8N2G02D: Lower DCR is generally better.; SDCL1608C8N2JTDF: Lower DCR is generally better. |
| Q Factor | 10 min | 8 min | - | - | 8 min / Not specified — Lower Q factor may affect filter performance.; SDCL1608C8N2JTDF: Missing Q factor is a risk for RF circuits. |
Application & sourcing insights
Questions & answers
The best alternative depends on your design constraints. For a near drop-in, SCC1608C8N2JSP is a candidate but requires review of its lower inductance and Q-factor. If you can redesign the PCB, LQG15HS8N2G02D offers better electrical performance in a smaller package.