1. Risk Profile of Vishay Dependency
Following the 2018 exits of Murata and AVX from the HV screw terminal ceramic capacitor market, Vishay's 715C series became one of the few remaining international brands still in production. Combined with the high-end positioning of the 660R axial series, many system manufacturers developed a serious dependency on Vishay. This single-source dependency poses significant risks:
| Risk Dimension | Specific Manifestation | Business Impact |
|---|
| Lead Time Risk | Standard 14~34 weeks; no guarantee for urgent orders | Production scheduling difficulties, project delays |
| Allocation Risk | Large customers prioritized; SMEs face scheduling challenges | Order volume limited, expansion hampered |
| Pricing Risk | Vishay pricing at the highest level among peers | Persistently high BOM cost |
| Supply Disruption Risk | Ceramic capacity constrained by testing and formulation capacity | Months of no supply if line adjustment occurs |
| Design Lock-In Risk | Certified models difficult to switch quickly | Long-term binding to single supplier |
2. Supply-Demand Reality Under AI Data Center Boom
AI-driven data center construction has significantly boosted demand for power grid and electrical equipment (transformers, switchgear, UPS/converters, etc.). Extended lead times and project delays are widely reported across critical electrical components. As a key HV passive component supplier to system integrators such as ABB, Siemens, Schneider, and Eaton, Vishay's 715C and 660R series capacity faces further pressure from the AI power demand surge.
Meanwhile, the successive exits of Murata and AVX from the HV ceramic screw terminal/doorknob capacitor market around 2018 have redirected legacy design, aftermarket, and new design projects toward the few remaining producers — Vishay 715C, TDK UHV/FHV, and specialized HV capacitor manufacturers. This supply-demand imbalance has intensified further in the AI era.
3. HVC Dual-Source Supply Solution
3.1 Full Product Form Coverage
HVC offers two series of Vishay replacement products, covering all customer mounting requirements:
| Vishay Series | HVC Series | Mounting | Voltage Coverage |
|---|
| 715C..KT / 715C..DK | HVCT8G Series | Screw terminal (#8-32) | 10~50 kV |
| 660R (N4700/X7R/Z5U) | HVCT9G Series | Axial leads | 10~30 kV |
3.2 Delivery Guarantee
- Standard Lead Time: 4~6 weeks, far superior to Vishay's 14~34 weeks.
- Small Batch Samples: 2~3 weeks for fast prototyping.
- Volume Orders: Long-term capacity agreement negotiable.
3.3 Certification Support
- Full technical documentation and parameter cross-reference tables to accelerate design verification.
- PD testing, oil immersion testing, temperature cycling testing supported.
- Already assisted Fortune 500 companies including GE Healthcare, Nikon, Konica Minolta, ABB, and Baker Hughes with replacement certification.
- Can coordinate with end customers for UL/cUL or IEC certification-level component testing.
4. Step-by-Step Replacement Strategy
- BOM Audit: Identify all Vishay 715C and 660R part numbers in current designs.
- Parameter Pairing: Cross-reference against HVC HVCT8G/HVCT9G catalog by voltage, capacitance, and dielectric.
- Sample Testing: HVC provides free samples for incoming inspection and bench testing.
- PD Verification: Validate PD performance of replacement parts in the system environment.
- Pilot Run: Conduct actual validation in small-scale production.
- Volume Migration: Upon validation, formally add to BOM as a second source parallel to Vishay.
5. Complete Series Replacement Cross Reference
The following tables cover all standard models across Vishay's 715C (screw terminal) and 660R (axial lead) series — with corresponding HVC replacement models. HVC's HVCT8G (doorknob screw terminal) and HVCT9G (encapsulated axial lead) series provide precise 1:1 replacements.
3.1 715C Series (Screw Terminal → HVCT8G)
715C..KT Series (Class 1 N4700)
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715C10KTD10 | 10kV 1000pF N4700 | HVCT8G-10KV-DL30-102K |
| 715C10KTD22 | 10kV 2200pF N4700 | HVCT8G-10KV-DL40-222K |
| 715C10KTD47 | 10kV 4700pF N4700 | HVCT8G-10KV-E40-472M |
| 715C10KTD50 | 10kV 5000pF N4700 | HVCT8G-10KV-DL50-502M |
| 715C10KTD80 | 10kV 8000pF N4700 | HVCT8G-10KV-DL60-802M |
| 715C10KTT56 | 10kV 5600pF N4700 | HVCT8G-10KV-E40-562M |
| 715C15KTD10 | 15kV 1000pF N4700 | HVCT8G-15KV-DL30-102K |
| 715C15KTD33 | 15kV 3300pF N4700 | HVCT8G-15KV-E30-332M |
| 715C15KTD53 | 15kV 5300pF N4700 | HVCT8G-15KV-DL60-532M |
| 715C20KTD10 | 20kV 1000pF N4700 | HVCT8G-20KV-DL30-102K |
| 715C20KTD14 | 20kV 1400pF N4700 | HVCT8G-20KV-DL40-142K |
| 715C20KTD40 | 20kV 4700pF N4700 | HVCT8G-20KV-E50-472M |
| 715C20KTT56 | 20kV 560pF N4700 | HVCT8G-20KV-DL30-561K |
| 715C30KTD27 | 30kV 2700pF N4700 | HVCT8G-30KV-DL55-272K |
| 715C30KTT40 | 30kV 400pF N4700 | HVCT8G-30KV-DL30-401K |
| 715C30KTT59 | 30kV 5900pF N4700 | HVCT8G-30KV-E50-592M |
| 715C40KTD10 | 40kV 1000pF N4700 | HVCT8G-40KV-DL40-102K |
| 715C40KTD13 | 40kV 1300pF N4700 | HVCT8G-40KV-DL50-132K |
| 715C40KTT14 | 40kV 1400pF N4700 | HVCT8G-40KV-DL50-142K |
| 715C40KTT44 | 40kV 4400pF N4700 | HVCT8G-40KV-E55-442M |
| 715C40KTT70 | 40kV 7000pF N4700 | HVCT8G-40KV-DL70-702M |
| 715C50KTD10M5 | 50kV 1000pF N4700 M5 | HVCT8G-50KV-DL50-102K |
| 715C50KTD13M5 | 50kV 1300pF N4700 M5 | HVCT8G-50KV-DL55-132K |
| 715C50KTT20M4 | 50kV 200pF N4700 M4 | HVCT8G-50KV-DL30-201K |
| 715C50KTT56M5 | 50kV 560pF N4700 M5 | HVCT8G-50KV-DL40-561K |
| 715C50KTT70M5 | 50kV 700pF N4700 M5 | HVCT8G-50KV-DL40-701K |
715C..DK Series (Class 2 Y5U)
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715C15DKD15 | 15kV 1500pF Y5U | HVCT8G-15KV-DL40-152K |
| 715C15DKD20 | 15kV 2000pF Y5U | HVCT8G-15KV-E30-202M |
| 715C15DKD33 | 15kV 3300pF Y5U | HVCT8G-15KV-E30-332M |
| 715C15DKD47 | 15kV 4700pF Y5U | HVCT8G-15KV-E40-472M |
| 715C15DKS10 | 15kV 10000pF Y5U | HVCT8G-15KV-E50-103M |
| 715C20DKD10 | 20kV 1000pF Y5U | HVCT8G-20KV-DL30-102K |
| 715C20DKD13 | 20kV 1300pF Y5U | HVCT8G-20KV-DL40-132K |
| 715C20DKD25 | 20kV 2500pF Y5U | HVCT8G-20KV-DL50-252K |
| 715C20DKD33 | 20kV 3300pF Y5U | HVCT8G-20KV-E40-332M |
| 715C20DKD47 | 20kV 4700pF Y5U | HVCT8G-20KV-E50-472M |
| 715C20DKD68 | 20kV 6800pF Y5U | HVCT8G-20KV-E50-682M |
| 715C20DKT50 | 20kV 500pF Y5U | HVCT8G-20KV-DL30-501K |
| 715C30DKD10 | 30kV 1000pF Y5U | HVCT8G-30KV-DL40-102K |
| 715C30DKD25 | 30kV 2500pF Y5U | HVCT8G-30KV-E50-252M |
| 715C30DKD33 | 30kV 3300pF Y5U | HVCT8G-30KV-E40-332M |
| 715C30DKD47 | 30kV 4700pF Y5U | HVCT8G-30KV-DL55-472M |
| 715C30DKT50 | 30kV 500pF Y5U | HVCT8G-30KV-DL30-501K |
| 715C40DKD10 | 40kV 1000pF Y5U | HVCT8G-40KV-DL40-102K |
| 715C40DKD16 | 40kV 1600pF Y5U | HVCT8G-40KV-E40-162M |
| 715C40DKD25 | 40kV 2500pF Y5U | HVCT8G-40KV-E50-252M |
| 715C40DKD33 | 40kV 3000pF Y5U | HVCT8G-40KV-DL60-302K |
| 715C40DKT30 | 40kV 300pF Y5U | HVCT8G-40KV-DL30-301K |
| 715C40DKT50 | 40kV 500pF Y5U | HVCT8G-40KV-DL30-501K |
| 715C40DKT78 | 40kV 780pF Y5U | HVCT8G-40KV-DL40-781K |
Other Special Suffix 715C Models
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715CBP303AN261Z | 30kV 260pF | HVCT8G-30KV-DL30-261K |
| 715CBP403AP181Z | 40kV 180pF | HVCT8G-40KV-DL30-181K |
| 715CPP103DK322Z | 10kV 3200pF | HVCT8G-10KV-E30-322M |
| 715CPP203BM501Z | 20kV 500pF | HVCT8G-20KV-DL30-501K |
| 715CPP203BM601Z | 20kV 600pF | HVCT8G-20KV-DL30-601K |
| 715CPP303BN461Z | 30kV 460pF | HVCT8G-30KV-DL30-461K |
| 715CPP403BP341Z | 40kV 340pF | HVCT8G-40KV-DL30-341K |
| 715CY5PPB303BN581M | 30kV 580pF Y5U | HVCT8G-30KV-DL30-581K |
3.2 660R Series (Axial Lead → HVCT9G)
10kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R10AZD10 | 10kV 1000pF N4700 | HVCT9G-10KV-DL30-102K |
| 660R10ACT18 | 10kV 180pF X7R | HVCT9G-10KV-X30-181K |
| 660R10ACT33 | 10kV 330pF X7R | HVCT9G-10KV-X30-331K |
| 660R10ACT68 | 10kV 680pF X7R | HVCT9G-10KV-X30-681K |
| 660R10ACD15 | 10kV 1500pF X7R | HVCT9G-10KV-X30-152K |
| 660R10ACD33 | 10kV 3300pF X7R | HVCT9G-10KV-X30-332K |
| 660R10AED15 | 10kV 1500pF Z5U | HVCT9G-10KV-E30-152M |
| 660R10AED33 | 10kV 3300pF Z5U | HVCT9G-10KV-E30-332M |
| 660R10AED68 | 10kV 6800pF Z5U | HVCT9G-10KV-E40-682M |
15kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R15AZT39 | 15kV 390pF N4700 | HVCT9G-15KV-DL30-391M |
| 660R15AZD15 | 15kV 1500pF N4700 | HVCT9G-15KV-DL40-152M |
| 660R15ACT22 | 15kV 220pF X7R | HVCT9G-15KV-X30-221M |
| 660R15ACT47 | 15kV 470pF X7R | HVCT9G-15KV-X30-471M |
| 660R15ACD10 | 15kV 1000pF X7R | HVCT9G-15KV-X30-102M |
| 660R15ACD22 | 15kV 2200pF X7R | HVCT9G-15KV-X30-222M |
| 660R15ACD39 | 15kV 3900pF X7R | HVCT9G-15KV-X40-392M |
| 660R15AED15 | 15kV 1500pF Z5U | HVCT9G-15KV-E30-152M |
| 660R15AED33 | 15kV 3300pF Z5U | HVCT9G-15KV-E30-332M |
| 660R15AED68 | 15kV 6800pF Z5U | HVCT9G-15KV-E40-682M |
20kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R20AZT68 | 20kV 680pF N4700 | HVCT9G-20KV-DL30-681K |
| 660R20ACT10 | 20kV 100pF X7R | HVCT9G-20KV-X30-101M |
| 660R20ACT33 | 20kV 330pF X7R | HVCT9G-20KV-X30-331M |
| 660R20ACT68 | 20kV 680pF X7R | HVCT9G-20KV-X30-681M |
| 660R20ACD15 | 20kV 1500pF X7R | HVCT9G-20KV-X30-152M |
| 660R20ACD25 | 20kV 2500pF X7R | HVCT9G-20KV-X40-252M |
| 660R20AET68 | 20kV 680pF Z5U | HVCT9G-20KV-E30-681M |
| 660R20AED15 | 20kV 1500pF Z5U | HVCT9G-20KV-DL30-152M |
| 660R20AED33 | 20kV 3300pF Z5U | HVCT9G-20KV-DL30-332M |
| 660R20AED50 | 20kV 5000pF Z5U | HVCT9G-20KV-DL40-502M |
30kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R30AZT47 | 30kV 470pF N4700 | HVCT9G-30KV-DL30-471K |
| 660R30ACT10 | 30kV 100pF X7R | HVCT9G-30KV-X30-101M |
| 660R30ACT33 | 30kV 330pF X7R | HVCT9G-30KV-X30-331M |
| 660R30ACT68 | 30kV 680pF X7R | HVCT9G-30KV-X30-681K |
| 660R30ACD15 | 30kV 1500pF X7R | HVCT9G-30KV-X40-152M |
| 660R30AET47 | 30kV 470pF Z5U | HVCT9G-30KV-E30-471M |
| 660R30AET82 | 30kV 820pF Z5U | HVCT9G-30KV-E30-821M |
| 660R30AED12 | 30kV 1200pF Z5U | HVCT9G-30KV-E30-122M |
| 660R30AED18 | 30kV 1800pF Z5U | HVCT9G-30KV-E40-182M |
| 660R30AED22 | 30kV 2200pF Z5U | HVCT9G-30KV-E40-222M |
| 660R30AED30 | 30kV 3000pF Z5U | HVCT9G-30KV-E40-302M |
5. Complete Series Replacement Cross Reference
The following tables cover all standard models across Vishay's 715C (screw terminal) and 660R (axial lead) series — with corresponding HVC replacement models. HVC's HVCT8G (doorknob screw terminal) and HVCT9G (encapsulated axial lead) series provide precise 1:1 replacements.
715C Series (Screw Terminal → HVCT8G)
715C..KT Series (Class 1 N4700)
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715C10KTD10 | 10kV 1000pF N4700 | HVCT8G-10KV-DL30-102K |
| 715C10KTD22 | 10kV 2200pF N4700 | HVCT8G-10KV-DL40-222K |
| 715C10KTD47 | 10kV 4700pF N4700 | HVCT8G-10KV-E40-472M |
| 715C10KTD50 | 10kV 5000pF N4700 | HVCT8G-10KV-DL50-502M |
| 715C10KTD80 | 10kV 8000pF N4700 | HVCT8G-10KV-DL60-802M |
| 715C10KTT56 | 10kV 5600pF N4700 | HVCT8G-10KV-E40-562M |
| 715C15KTD10 | 15kV 1000pF N4700 | HVCT8G-15KV-DL30-102K |
| 715C15KTD33 | 15kV 3300pF N4700 | HVCT8G-15KV-E30-332M |
| 715C15KTD53 | 15kV 5300pF N4700 | HVCT8G-15KV-DL60-532M |
| 715C20KTD10 | 20kV 1000pF N4700 | HVCT8G-20KV-DL30-102K |
| 715C20KTD14 | 20kV 1400pF N4700 | HVCT8G-20KV-DL40-142K |
| 715C20KTD40 | 20kV 4700pF N4700 | HVCT8G-20KV-E50-472M |
| 715C20KTT56 | 20kV 560pF N4700 | HVCT8G-20KV-DL30-561K |
| 715C30KTD27 | 30kV 2700pF N4700 | HVCT8G-30KV-DL55-272K |
| 715C30KTT40 | 30kV 400pF N4700 | HVCT8G-30KV-DL30-401K |
| 715C30KTT59 | 30kV 5900pF N4700 | HVCT8G-30KV-E50-592M |
| 715C40KTD10 | 40kV 1000pF N4700 | HVCT8G-40KV-DL40-102K |
| 715C40KTD13 | 40kV 1300pF N4700 | HVCT8G-40KV-DL50-132K |
| 715C40KTT14 | 40kV 1400pF N4700 | HVCT8G-40KV-DL50-142K |
| 715C40KTT44 | 40kV 4400pF N4700 | HVCT8G-40KV-E55-442M |
| 715C40KTT70 | 40kV 7000pF N4700 | HVCT8G-40KV-DL70-702M |
| 715C50KTD10M5 | 50kV 1000pF N4700 M5 | HVCT8G-50KV-DL50-102K |
| 715C50KTD13M5 | 50kV 1300pF N4700 M5 | HVCT8G-50KV-DL55-132K |
| 715C50KTT20M4 | 50kV 200pF N4700 M4 | HVCT8G-50KV-DL30-201K |
| 715C50KTT56M5 | 50kV 560pF N4700 M5 | HVCT8G-50KV-DL40-561K |
| 715C50KTT70M5 | 50kV 700pF N4700 M5 | HVCT8G-50KV-DL40-701K |
715C..DK Series (Class 2 Y5U)
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715C15DKD15 | 15kV 1500pF Y5U | HVCT8G-15KV-DL40-152K |
| 715C15DKD20 | 15kV 2000pF Y5U | HVCT8G-15KV-E30-202M |
| 715C15DKD33 | 15kV 3300pF Y5U | HVCT8G-15KV-E30-332M |
| 715C15DKD47 | 15kV 4700pF Y5U | HVCT8G-15KV-E40-472M |
| 715C15DKS10 | 15kV 10000pF Y5U | HVCT8G-15KV-E50-103M |
| 715C20DKD10 | 20kV 1000pF Y5U | HVCT8G-20KV-DL30-102K |
| 715C20DKD13 | 20kV 1300pF Y5U | HVCT8G-20KV-DL40-132K |
| 715C20DKD25 | 20kV 2500pF Y5U | HVCT8G-20KV-DL50-252K |
| 715C20DKD33 | 20kV 3300pF Y5U | HVCT8G-20KV-E40-332M |
| 715C20DKD47 | 20kV 4700pF Y5U | HVCT8G-20KV-E50-472M |
| 715C20DKD68 | 20kV 6800pF Y5U | HVCT8G-20KV-E50-682M |
| 715C20DKT50 | 20kV 500pF Y5U | HVCT8G-20KV-DL30-501K |
| 715C30DKD10 | 30kV 1000pF Y5U | HVCT8G-30KV-DL40-102K |
| 715C30DKD25 | 30kV 2500pF Y5U | HVCT8G-30KV-E50-252M |
| 715C30DKD33 | 30kV 3300pF Y5U | HVCT8G-30KV-E40-332M |
| 715C30DKD47 | 30kV 4700pF Y5U | HVCT8G-30KV-DL55-472M |
| 715C30DKT50 | 30kV 500pF Y5U | HVCT8G-30KV-DL30-501K |
| 715C40DKD10 | 40kV 1000pF Y5U | HVCT8G-40KV-DL40-102K |
| 715C40DKD16 | 40kV 1600pF Y5U | HVCT8G-40KV-E40-162M |
| 715C40DKD25 | 40kV 2500pF Y5U | HVCT8G-40KV-E50-252M |
| 715C40DKD33 | 40kV 3000pF Y5U | HVCT8G-40KV-DL60-302K |
| 715C40DKT30 | 40kV 300pF Y5U | HVCT8G-40KV-DL30-301K |
| 715C40DKT50 | 40kV 500pF Y5U | HVCT8G-40KV-DL30-501K |
| 715C40DKT78 | 40kV 780pF Y5U | HVCT8G-40KV-DL40-781K |
Other Special Suffix 715C Models
| Vishay P/N | Spec | HVC Replacement |
|---|
| 715CBP303AN261Z | 30kV 260pF | HVCT8G-30KV-DL30-261K |
| 715CBP403AP181Z | 40kV 180pF | HVCT8G-40KV-DL30-181K |
| 715CPP103DK322Z | 10kV 3200pF | HVCT8G-10KV-E30-322M |
| 715CPP203BM501Z | 20kV 500pF | HVCT8G-20KV-DL30-501K |
| 715CPP203BM601Z | 20kV 600pF | HVCT8G-20KV-DL30-601K |
| 715CPP303BN461Z | 30kV 460pF | HVCT8G-30KV-DL30-461K |
| 715CPP403BP341Z | 40kV 340pF | HVCT8G-40KV-DL30-341K |
| 715CY5PPB303BN581M | 30kV 580pF Y5U | HVCT8G-30KV-DL30-581K |
660R Series (Axial Lead → HVCT9G)
10kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R10AZD10 | 10kV 1000pF N4700 | HVCT9G-10KV-DL30-102K |
| 660R10ACT18 | 10kV 180pF X7R | HVCT9G-10KV-X30-181K |
| 660R10ACT33 | 10kV 330pF X7R | HVCT9G-10KV-X30-331K |
| 660R10ACT68 | 10kV 680pF X7R | HVCT9G-10KV-X30-681K |
| 660R10ACD15 | 10kV 1500pF X7R | HVCT9G-10KV-X30-152K |
| 660R10ACD33 | 10kV 3300pF X7R | HVCT9G-10KV-X30-332K |
| 660R10AED15 | 10kV 1500pF Z5U | HVCT9G-10KV-E30-152M |
| 660R10AED33 | 10kV 3300pF Z5U | HVCT9G-10KV-E30-332M |
| 660R10AED68 | 10kV 6800pF Z5U | HVCT9G-10KV-E40-682M |
15kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R15AZT39 | 15kV 390pF N4700 | HVCT9G-15KV-DL30-391M |
| 660R15AZD15 | 15kV 1500pF N4700 | HVCT9G-15KV-DL40-152M |
| 660R15ACT22 | 15kV 220pF X7R | HVCT9G-15KV-X30-221M |
| 660R15ACT47 | 15kV 470pF X7R | HVCT9G-15KV-X30-471M |
| 660R15ACD10 | 15kV 1000pF X7R | HVCT9G-15KV-X30-102M |
| 660R15ACD22 | 15kV 2200pF X7R | HVCT9G-15KV-X30-222M |
| 660R15ACD39 | 15kV 3900pF X7R | HVCT9G-15KV-X40-392M |
| 660R15AED15 | 15kV 1500pF Z5U | HVCT9G-15KV-E30-152M |
| 660R15AED33 | 15kV 3300pF Z5U | HVCT9G-15KV-E30-332M |
| 660R15AED68 | 15kV 6800pF Z5U | HVCT9G-15KV-E40-682M |
20kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R20AZT68 | 20kV 680pF N4700 | HVCT9G-20KV-DL30-681K |
| 660R20ACT10 | 20kV 100pF X7R | HVCT9G-20KV-X30-101M |
| 660R20ACT33 | 20kV 330pF X7R | HVCT9G-20KV-X30-331M |
| 660R20ACT68 | 20kV 680pF X7R | HVCT9G-20KV-X30-681M |
| 660R20ACD15 | 20kV 1500pF X7R | HVCT9G-20KV-X30-152M |
| 660R20ACD25 | 20kV 2500pF X7R | HVCT9G-20KV-X40-252M |
| 660R20AET68 | 20kV 680pF Z5U | HVCT9G-20KV-E30-681M |
| 660R20AED15 | 20kV 1500pF Z5U | HVCT9G-20KV-DL30-152M |
| 660R20AED33 | 20kV 3300pF Z5U | HVCT9G-20KV-DL30-332M |
| 660R20AED50 | 20kV 5000pF Z5U | HVCT9G-20KV-DL40-502M |
30kV Grade
| Vishay 660R P/N | Spec | HVC Replacement |
|---|
| 660R30AZT47 | 30kV 470pF N4700 | HVCT9G-30KV-DL30-471K |
| 660R30ACT10 | 30kV 100pF X7R | HVCT9G-30KV-X30-101M |
| 660R30ACT33 | 30kV 330pF X7R | HVCT9G-30KV-X30-331M |
| 660R30ACT68 | 30kV 680pF X7R | HVCT9G-30KV-X30-681K |
| 660R30ACD15 | 30kV 1500pF X7R | HVCT9G-30KV-X40-152M |
| 660R30AET47 | 30kV 470pF Z5U | HVCT9G-30KV-E30-471M |
| 660R30AET82 | 30kV 820pF Z5U | HVCT9G-30KV-E30-821M |
| 660R30AED12 | 30kV 1200pF Z5U | HVCT9G-30KV-E30-122M |
| 660R30AED18 | 30kV 1800pF Z5U | HVCT9G-30KV-E40-182M |
| 660R30AED22 | 30kV 2200pF Z5U | HVCT9G-30KV-E40-222M |
| 660R30AED30 | 30kV 3000pF Z5U | HVCT9G-30KV-E40-302M |
Information regarding Vishay lead times and supply chain conditions is based on public market data; actual figures subject to official Vishay and distributor quotations. Replacement selection must be independently verified under actual system operating conditions.
