Is there a pin-compatible replacement for C3216C0G2E682JT0Y0N?

Yes, the TDK CGA5H4NP02J682JT0Y0N is considered a pin-compatible replacement. It shares the same 1206 package, pin count, and critical electrical function. Other candidates with different capacitance values are not functionally pin-compatible.

What risks should I check before replacing C3216C0G2E682JT000N?

The primary risk is using a capacitor with an incorrect dielectric, such as X7R instead of C0G/NP0. This can negatively impact circuit performance. Secondly, ensure the capacitance value matches your design's requirements, as some alternatives have different values.

Is there a pin-compatible replacement for C3216C0G2E682JT000N?

Use only candidates marked pin-compatible or datasheet verified, and review any blocking gaps before using them as drop-in replacements.

C3216C0G2E682JT000N Alternatives, Datasheet & Cross Reference | TDK Electronics AG

Reviewing alternatives for the TDK C3216C0G2E682JT000N, a 6.8nF 250V C0G capacitor. Key considerations for substitutes are maintaining the stable C0G/NP0 dielectric and matching capacitance.

AI replacement insight

Electrical riskhigh

High risk if substituting with a different dielectric (e.g., X7R) or incorrect capacitance value.

Package risklow

All viable candidates share the same 1206 package, minimizing physical compatibility issues.

Can it be replaced directly?

While no exact drop-in is listed, CGA5H4NP02J682JT0Y0N is a functionally equivalent upgrade with a higher voltage rating and is considered pin-compatible.

Best replacement path

The TDK CGA5H4NP02J682JT0Y0N is a strong upgrade path, offering a higher 630V rating with an equivalent NP0 dielectric.

Main risk

The main risk is substituting with a different dielectric type, like X7R, which has poor stability compared to the target's C0G.

Recommended alternatives

A strong upgrade with a higher 630V rating and an equivalent NP0 dielectric in the same 1206 package.

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Alternative comparison matrix

Feature / factor	C3216C0G2E682JT000N	CGA5H4NP02J682JT0Y0N	C3216C0G2J103JT000N	C3216C0G2J472JT000N	Compatibility / risk
Capacitance	6.8 nF	6.8 nF	10 nF	4.7 nF	6.8 nF / 10 nF / 4.7 nF — Capacitance matches target.; C3216C0G2J103JT000N: Capacitance is ~47% higher than target.; C3216C0G2J472JT000N: Capacitance is ~31% lower than target.
Voltage	250 V	630 V	630 V	630 V	630 V — Higher voltage rating provides increased design margin.; C3216C0G2J103JT000N: Higher voltage rating.; C3216C0G2J472JT000N: Higher voltage rating.
Dielectric	C0G	NP0	C0G	C0G	NP0 / C0G — NP0 is functionally equivalent to C0G (EIA Class 1).; C3216C0G2J103JT000N: Dielectric type matches.; C3216C0G2J472JT000N: Dielectric type matches.
Tolerance	±5%	±5%	-	-	±5% — Tolerance matches target.
Package	1206 (3216 Metric)	1206 (3216 Metric)	1206 (3216 Metric)	1206 (3216 Metric)	1206 (3216 Metric) — Package size matches.; C3216C0G2J103JT000N: Package size matches.; C3216C0G2J472JT000N: Package size matches.

Application & sourcing insights

Questions & answers

The best alternative found is the TDK CGA5H4NP02J682JT0Y0N. It is an upgrade with a higher voltage rating (630V) and an equivalent NP0 dielectric, making it a robust and reliable substitute.