MLCC capacitors.
Sourced.
Hybrid Electronics sources high-capacitance MLCCs, AEC-Q200 automotive grades, high-voltage MLCCs, and obsolete ceramic capacitor densities for OEMs, EMS providers, and automotive programs caught inside a Murata or Taiyo Yuden allocation window. JPMorgan forecasts MLCC tightness through 2028 — redesign around a substitute is rarely viable on qualified builds. We source the exact part number instead.
- 1 business day first response
- 20+ years in the channel
- Confidential — always
The 2026 MLCC shortage in one paragraph.
The MLCC shortage is structural, not cyclical. Murata and Taiyo Yuden — the two largest producers of high-capacitance MLCCs — have redirected fab capacity toward high-margin automotive and 5G applications, capping allocations for industrial, consumer, and medical buyers. JPMorgan analysts forecast MLCC tightness through 2028, with automotive AEC-Q200 grades hit hardest. Lead times on high-capacitance parts (10μF and above in 0402/0603 packages) run 20–52 weeks franchise, and larger case sizes with X7R or X5R dielectrics are often on formal allocation with no committed availability.
What makes MLCC substitution risky isn't just electrical parameters — it's batch consistency, dielectric behavior, and long AEC-Q qualification cycles that make a "close enough" part a real reliability risk. For OEMs and EMS providers running a qualified BOM, sourcing the exact Murata GRM series or Taiyo Yuden AMK series part number through the excess and OEM overstock channel is faster and safer than a redesign. That's what we do.
High-capacitance MLCC sourcing.
High-capacitance MLCCs — 10μF and above in small 0402, 0603, and 0805 packages — are the hardest MLCC category to source in 2026. These parts sit on decoupling and bulk capacitance rails across nearly every modern digital design, and demand from AI server power delivery, EV powertrain, and 5G infrastructure has consumed available capacity. X5R and X7R dielectric grades are hit worst; higher-stability C0G/NP0 parts in the same capacitance range are effectively unavailable through franchise channels.
We source Murata GRM series, Taiyo Yuden AMK/EMK series, Samsung CL series, and TDK C-series high-capacitance MLCCs through OEM overstock and excess-market channels. Typical requests: 10μF/22μF/47μF in 0603 X5R, 100μF+ tantalum-replacement MLCCs, and canceled-program surplus in matched lot codes.
Common part families we source
- Murata GRM series — 10μF 0603 X5R and X7R
- Taiyo Yuden AMK / EMK series — high-cap arrays
- Samsung CL series — high-capacitance decoupling
- TDK C-series — X5R and X7R industrial grades
AEC-Q200 automotive MLCC sourcing.
AEC-Q200 automotive-qualified MLCCs are the tightest sub-category in the MLCC shortage. EV powertrain, ADAS sensor fusion, and 800V charging systems all consume massive quantities of automotive-grade ceramic capacitors, and manufacturers are prioritizing tier-1 automotive OEMs over EMS providers and second-source buyers. Redesign around a non-qualified part is not an option on AEC-Q qualified platforms — the qualification cycle would take longer than the shortage itself.
We source AEC-Q200 qualified MLCCs across Murata, Taiyo Yuden, TDK, and Samsung — high-temperature 150°C parts, high-voltage automotive grades, and matched lot codes for validated designs.
Common part families we source
- Murata GCM series — AEC-Q200 high-reliability
- TDK CGA series — automotive high-voltage
- Taiyo Yuden HMK series — AEC-Q200 qualified
- Samsung CL21 / CL31 series — automotive AEC-Q200
High-voltage MLCC sourcing.
High-voltage MLCCs — 100V and above, including 250V, 500V, and 1kV+ parts — sit in industrial power supplies, EV charging equipment, medical imaging, and defense electronics. These are lower-volume, higher-margin parts, but the same fab capacity constraints that hit high-capacitance MLCCs limit high-voltage production. Long-life industrial and defense programs with 10+ year design cycles can't easily redesign around a different part, and the qualified alternatives are often on similar allocation.
We source high-voltage MLCCs across Murata, TDK, Kemet, and Vishay for industrial power supply, medical, and defense programs. Full traceability with lot codes and date codes on every quote.
Common part families we source
- Murata GRM31 / GRM32 — 250V and 500V high-voltage
- TDK CGA and C-series — 1kV+ industrial grades
- Kemet C-series — high-voltage AEC-Q200
- Vishay VJ / VJT series — defense and hi-rel grades
Obsolete and EOL MLCC sourcing.
Long-life industrial, medical, and defense platforms often outlive the MLCC part numbers they were designed around. Manufacturers discontinue legacy densities, older case sizes, or specific dielectric formulations, and the qualified drop-in replacement doesn't exist. For platforms with 10, 15, or 20+ year production cycles, the only path is the excess and OEM overstock channel — canceled programs, over-orders, and inventory that never shipped.
We source obsolete and EOL MLCCs across all major manufacturers. Common asks: discontinued Murata GRM densities, older Taiyo Yuden formulations for medical devices, and legacy defense-grade parts.
Common part families we source
- Obsolete Murata GRM series — legacy densities
- Discontinued Taiyo Yuden AMK series
- Legacy defense-grade MLCCs — MIL-PRF-55681, MIL-PRF-49470
- EOL industrial ceramic capacitors — Kemet, AVX, Vishay
What we bring to a shortage list.
- 20+ years in the channelDeep relationships across OEM overstock, canceled-program surplus, and specialist broker networks — the channel that holds MLCC inventory when franchise distribution runs dry.
- Authenticity and traceabilityFull paperwork, lot codes, and date codes documented on every quote. Independent electrical testing available for high-value automotive and defense pulls.
- One business day responseSend us your MLCC list — parts, manufacturers, capacitance, voltage, dielectric, quantities. First review inside one business day.
Submit your mlcc capacitors shortage list.
Paste your parts, manufacturers, and quantities into the form below. Or email sales@hybridelectronics.com directly. First response inside one business day.
Common questions.
Why is there an MLCC shortage in 2026?
Murata and Taiyo Yuden — the two largest producers of high-capacitance MLCCs — have redirected fab capacity toward high-margin automotive, 5G, and AI server applications. That leaves industrial, consumer, and medical buyers with capped allocations and 20–52 week lead times. JPMorgan analysts forecast MLCC tightness through 2028.
Can you source AEC-Q200 automotive MLCCs?
Yes. Automotive-grade AEC-Q200 MLCCs are the tightest sub-category of the MLCC shortage — EV powertrain, ADAS, and 800V charging systems have consumed available capacity. We source AEC-Q200 qualified parts across Murata, TDK, Taiyo Yuden, and Samsung through OEM overstock and excess-market channels.
Can I substitute a different MLCC part number to work around the shortage?
Not usually on qualified designs. MLCC substitution carries real risks — batch consistency, dielectric behavior under bias, and AEC-Q qualification cycles that can take longer than the shortage. For qualified BOMs, sourcing the exact part number through the excess channel is safer and faster than a redesign.
What's the fastest way to get an MLCC quote?
Send your list to sales@hybridelectronics.com or paste it into the RFQ form on this page. Include manufacturer, part number, capacitance, voltage, dielectric, case size, and quantity. First response inside one business day.
