
A strong alternative from the same manufacturer with a higher voltage rating (4kV) and matching key electrical parameters.
S07B1B101KN0B0S0N0 is a 100pF, 3kV through-hole ceramic disc capacitor from STE. When seeking replacements, focus on matching capacitance, voltage rating, Y5P dielectric, and the through-hole package.
Lead spacing and body size of disc capacitors can vary. Verification is required.
Proposed alternatives have matching or superior electrical specs.
T07B1E101KN0B0S0N0 is a potential direct replacement, but requires verification of lead spacing. No guaranteed drop-in replacement has been identified without datasheet review.
Upgrade to T07B1E101KN0B0S0N0, which offers a higher voltage rating in the same package type.
The primary risk is mechanical incompatibility; even with the same 'Disc' package, lead spacing and body dimensions can vary.

A strong alternative from the same manufacturer with a higher voltage rating (4kV) and matching key electrical parameters.
| Feature / factor | S07B1B101KN0B0S0N0 | T07B1E101KN0B0S0N0 | CGA8L1C0G3F101KT0Y0N | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Voltage | 3000.0V | 4000.0V | 3000.0V | 4000.0V / 3000.0V — Candidate has higher voltage rating, a safe upgrade.; CGA8L1C0G3F101KT0Y0N: matched | |
| Package | Disc | Disc | 1812 (4532 Metric) | Disc / 1812 (4532 Metric) — Through-hole disc package. Verify lead spacing.; CGA8L1C0G3F101KT0Y0N: Candidate is surface-mount (SMD), target is through-hole (THD). | |
| Capacitance | 1e-10F | 1e-10F | 1e-10F | 1e-10F — matched; CGA8L1C0G3F101KT0Y0N: matched | |
| Dielectric | Y5P | Y5P | C0G | Y5P / C0G — matched; CGA8L1C0G3F101KT0Y0N: C0G is more stable than target's Y5P. This may be an upgrade but changes circuit behavior. | |
| Tolerance | 10.0% | 10.0% | - | 10.0% — matched | |
| Temperature | -25°C to 85°C | - | -55°C to 125°C | -55°C to 125°C — Wider operating temperature range. |
T07B1E101KN0B0S0N0 is a strong candidate from the same manufacturer with a higher 4kV voltage rating. It shares the same package, capacitance, and dielectric, making it a likely upgrade path, but physical dimensions should be verified.