Is there a pin-compatible replacement for NCE0117K?

NCE0130KA and NCE0140KA use the same TO-252-2L package and are likely pin-compatible. However, due to significant differences in electrical characteristics like gate charge, they are not considered direct drop-in replacements without an engineering review.

What risks should I check before replacing NCE0117K?

The main risks are electrical and thermal. Check that the replacement's voltage (VDS) and current (ID) ratings are sufficient. For upgrades, verify your gate driver can handle a higher gate charge (Qg). For any substitute, review the on-resistance (RDSon) and thermal properties to ensure it won't overheat in your application.

NCE0117K Alternatives, Datasheet & Cross Reference | WUXI NCE POWER CO.,LTD.

Find and compare alternatives for the NCE0117K, a 100V 17A N-Channel MOSFET. This guide reviews potential upgrades and parametric alternatives, highlighting key differences in performance and packaging to aid in your selection.

AI replacement insight

Electrical riskmedium

Gate charge (Qg) mismatch in upgrades can impact timing and gate driver load.

Package risklow

Most candidates use the same TO-252-2L package, but cross-vendor options require footprint verification.

Sourcing risklow

Candidates are from active production lines from NCE Power and ROHM.

Can it be replaced directly?

No verified direct drop-in replacement has been identified. NCE0130KA and NCE0140KA are strong upgrade candidates from the same manufacturer and package family, but require engineering review.

Best replacement path

Upgrade to NCE0130KA or NCE0140KA for better performance, provided the gate drive circuit can handle the increased gate charge (Qg).

Main risk

The primary risk when substituting is a mismatch in gate charge (Qg), which can affect switching speed and efficiency. For downgrades, the lower current rating is a critical risk.

Recommended alternatives

An upgrade with higher current and lower RDS(on), but requires review of gate drive due to higher gate charge.

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Alternative comparison matrix

Feature / factor	NCE0117K	NCE0130KA	NCE0140KA	NCE0115K	Compatibility / risk
Package	TO-252-2L	TO-252-2L	TO-252-2L	TO-252-2L	TO-252-2L — Same package family.; NCE0140KA: Same package family.; NCE0115K: Same package family.
Voltage	100V	100V	100V	100V	100V — Drain-Source Voltage (VDS) matches.; NCE0140KA: Drain-Source Voltage (VDS) matches.; NCE0115K: Drain-Source Voltage (VDS) matches.
Current	17A	30A	40A	15A	30A / 40A / 15A — Higher continuous drain current (ID).; NCE0140KA: Higher continuous drain current (ID).; NCE0115K: Lower continuous drain current (ID).
Resistance	70mΩ	32mΩ	12mΩ	75mΩ	32mΩ / 12mΩ / 75mΩ — Lower RDS(on) improves efficiency.; NCE0140KA: Significantly lower RDS(on) improves efficiency.; NCE0115K: Slightly higher RDS(on).
Gate Charge	30nC	67.2nC	94nC	22.3nC	67.2nC / 94nC / 22.3nC — Higher gate charge (Qg) may slow switching.; NCE0140KA: Much higher gate charge (Qg) may slow switching and require a stronger driver.; NCE0115K: Gate charge (Qg) is a close match.

Application & sourcing insights

Questions & answers

The best alternatives are NCE0130KA or NCE0140KA. They offer higher current handling and lower on-resistance, which can improve efficiency. However, you must verify your gate driver circuit can handle their higher gate charge (Qg).