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HVC Replacement for EBG HV Thick Film Resistors: Engineering-Grade Technical Alternative

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HVC Replacement for EBG HV Thick Film Resistors: Engineering-Grade Technical Alternative

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Technical Abstract

Technical Overview: This document maps EBG/Miba HV thick film resistor series to their searchable PDF suffixes from Miba Resistors' 2025 Series PDFs, and provides HVC HVR (GFP/GXP/GHP, BSP/BOP) cross-reference codes for inquiries. Official part numbers, electrical limits, and mechanical interfaces are subject to HVC sales confirmation with the corresponding row in the EBG datasheet.

1. EBG (Miba Resistors) HV Thick Film Product Line Overview

To facilitate BOM cleaning and dual-source evaluation, the table below summarizes each product family by original manufacturer PDF filename/series. Specific voltage/power limits are per the corresponding PDF and order line items.

Product FamilyMiba 2025 PDF (Example)Engineering Notes
FBX / FEP / FSX11_Miba_Resistors_Series_FBX_FEP_FSX_2025.pdfFlat chip; form factor codes 1/2…8/5 are searchable suffixes in PDF body
FPX / FLX12_Miba_Resistors_Series_FPX_FLX_2025.pdfFlat power series; same 8-code form factor system
MTX 96710_Miba_Resistors_Series_MTX_967_2025.pdfMulti-coating / low TCR flat; config codes like 967.15.15 in PDF body
SGT / SGP/OGP / SSP/OSP01_…SGT…; 02_…SGP_OGP…; 04_…SSP_OSP…Cylindrical metal oxide thick film; suffix = tube length code (mm)
OSX/SSX/SOX / PHV05_…OSX…; 06_…PHV…Extended tube / encapsulated Smart Grid sub-families, do not mix spectra
MTX 968, 969, 969 W, 200007/08/09/01…MTX…High-spec cylindrical / divider family; decimal config codes in body
ESP01_Miba_Resistors_Series_ESP_…Pulse-specific family; ESP-62/14, ESP-62/20 in PDF

2. HVC and EBG Process Alignment (Pre-Requisites for Selection)

HVC HVR series uses the same 96% Al₂O₃ ceramic substrate + RuO₂ thick film paste + ~850°C firing window as EBG/Miba. Non-inductive spiral cutting and mainstream coating systems ensure electrical consistency for medical imaging and industrial HV power supply applications. The table below outlines an 8-dimension alignment framework for project review (details subject to sample validation reports).

DimensionEBG / MibaHVC HVRNotes
Resistor PasteRuO₂ metal oxide thick filmRuthenium-based thick filmMaterial system aligned
Ceramic Substrate96% Al₂O₃96% Al₂O₃Thermal-mechanical interface identical
Firing Window~850°C~850°CComparable interfacial reaction
Inductance ControlNon-inductive cutNon-inductive cutParasitic inductance at same level
Flat Package FamilyFBX/FEP/FSX, FPX/FLX, MTX 967HVRGFP, HVRGXP, GHP customSuffix maps to PDF; do not invent codes
Cylindrical FamilySGT/SGP/OGP/…HVR-BSP (φ7), HVR-BOP (φ3.5)Tube length mm aligns with PDF suffix; use 7×L notation
Quality DocsIATF 16949 / ISO 9001ISO 9001 + internal benchmarkingMedical/automotive: supplement per AVL
Engineering ContactEurope HQShenzhen (Chinese engineering interface)Suitable for Asia-Pacific prototyping and expedited requests

2.1 Risk Note on Suffix Guessing

If a BOM contains composite codes that cannot be found in the PDF body text (e.g. historically miswritten flat codes like "10.25", cylindrical "SGT-45", or ESP "-19"), go back to the latest PDF or manufacturer sales to verify the order line before mapping to HVC inquiry codes below. This prevents certification documents from being inconsistent with the actual part.

3. Complete Cross Reference Table (PDF Suffix → HVC Inquiry Code)

2.1 FBX / FEP / FSX Series (Miba Flat Resistor PDF)

* "Max. continuous operating voltage" corresponds to Max. continuous operating voltage in the PDF (+25°C, clean air). "Dimensions" are the A×B (mm) listed in the PDF.

FBX

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
FBX 1/20.50 W3 kV12.90×3.40HVRGFP 1/2
FBX 5/50.65 W4.5 kV17.15×3.40HVRGFP 5/5
FBX 6/51.20 W5 kV20.00×5.08HVRGFP 6/5
FBX 8/51.60 W6 kV25.60×5.30HVRGFP 8/5
FBX 33.00 W9 kV38.30×6.60HVRGFP 3
FBX 44.00 W11.5 kV51.00×6.60HVRGFP 4
FBX 2/25.00 W16.5 kV51.00×12.90HVRGFP 2/2

FEP

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
FEP 1/20.50 W3 kV12.90×3.40HVRGFP 1/2
FEP 5/50.65 W4.5 kV17.15×3.40HVRGFP 5/5
FEP 6/51.20 W5 kV20.00×5.08HVRGFP 6/5
FEP 8/51.60 W6 kV25.60×5.30HVRGFP 8/5
FEP 33.00 W9 kV38.30×6.60HVRGFP 3
FEP 44.00 W11.5 kV51.00×6.60HVRGFP 4
FEP 2/25.00 W16.5 kV51.00×12.90HVRGFP 2/2

FSX

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
FSX 1/20.50 W4 kV13.60×4.50HVRGFP 1/2
FSX 5/50.65 W6 kV17.85×4.50HVRGFP 5/5
FSX 6/51.20 W6.5 kV20.5×6.00HVRGFP 6/5
FSX 8/51.60 W8 kV25.90×6.30HVRGFP 8/5
FSX 33.00 W12 kV38.70×7.50HVRGFP 3
FSX 44.00 W15 kV51.30×7.50HVRGFP 4
FSX 2/25.00 W22 kV51.30×14.20HVRGFP 2/2

2.2 FPX / FLX Series (Miba Flat Resistor PDF)

* "Max. continuous operating voltage" corresponds to Max. continuous operating voltage in the PDF (+25°C, clean air). "Dimensions" are the A×B (mm) listed in the PDF.

FPX

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
FPX 1/21.50 W3 kV12.90×3.40HVRGXP 1/2
FPX 8/52.50 W6 kV25.60×5.30HVRGXP 8/5
FPX 34.00 W9 kV38.30×6.60HVRGXP 3
FPX 45.00 W11.5 kV51.00×6.60HVRGXP 4
FPX 2/27.50 W16.5 kV51.00×12.90HVRGXP 2/2

FLX

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
FLX 1/21.50 W3 kV12.90×3.40HVRGXP 1/2
FLX 8/52.50 W5 kV25.60×5.30HVRGXP 8/5
FLX 34.00 W8 kV38.30×6.60HVRGXP 3
FLX 45.00 W11.5 kV51.00×6.60HVRGXP 4
FLX 2/27.50 W16.5 kV51.00×12.90HVRGXP 2/2

2.3 MTX 967 Series (Configuration Codes in PDF)

* "Max. continuous operating voltage" corresponds to Max. continuous operating voltage in the PDF (+25°C, clean air). "Dimensions" are the A×B (mm) listed in the PDF.

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
MTX 967.3.251 W8 kV25.4×3.8HVRGHP4.25
MTX 967.3.381.5 W10 kV38×3.8HVRGHP4.38
MTX 967.5.131 W5 kV12.7×5.0HVRGHP5.13
MTX 967.5.512 W20 kV50.8×5.0HVRGHP5.51
MTX 967.10.252 W10 kV25.4×10.0HVRGHP10.25
MTX 967.10.513 W30 kV50.8×10.0HVRGHP10.51
MTX 967.15.383 W15 kV38×15.0HVRGHP15.38
MTX 967.15.514.5 W30 kV50.8×15.0HVRGHP15.51
MTX 967.15.765.5 W35 kV76.2×15.0HVRGHP15.76
MTX 967.25.9910 W35 kV101.6×24.0HVRGHP24.102

3.1 SGT Series (±25 ppm, Miba Cylindrical PDF)

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
SGT-261.0 W4 kVφ8.2×26.9HVR-BSP27
SGT-321.25 W5 kVφ8.2×33.0HVR-BSP33
SGT-391.5 W6 kVφ8.2×39.5HVR-BSP40
SGT-522.0 W10 kVφ8.2×52.1HVR-BSP52
SGT-783.0 W15 kVφ8.2×77.7HVR-BSP78
SGT-1034.0 W20 kVφ8.2×102.9HVR-BSP103
SGT-1245.0 W25 kVφ8.2×123.7HVR-BSP124
SGT-1546.0 W30 kVφ8.2×153.7HVR-BSP154

3.2 SGP / OGP Series

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

SGP (φ8.2 mm)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
SGP-202.5 W3 kVφ8.2×20.2HVR-BSP20
SGP-263.7 W4 kVφ8.2×26.9HVR-BSP27
SGP-324.5 W5 kVφ8.2×33.0HVR-BSP33
SGP-395.2 W8 kVφ8.2×39.5HVR-BSP40
SGP-527.5 W10 kVφ8.2×52.1HVR-BSP52
SGP-7811 W15 kVφ8.2×77.7HVR-BSP78
SGP-10312 W20 kVφ8.2×102.9HVR-BSP103
SGP-12415 W25 kVφ8.2×123.7HVR-BSP124
SGP-14830 W45 kVφ16×148HVR-BSP148
SGP-15420 W30 kVφ8.2×153.7HVR-BSP154

OGP (φ3.5 mm thin body)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
OGP-131.0 W1.5 kVφ4.2×13.3HVR-BOP-3.5×13
OGP-201.5 W2 kVφ4.2×19.7HVR-BOP-3.5×20
OGP-261.9 W4 kVφ4.2×26.2HVR-BOP-3.5×26
OGP-302.5 W5 kVφ4.2×32.3HVR-BOP-3.5×30
OGP-393.0 W6 kVφ4.2×39.4HVR-BOP-3.5×39
OGP-523.3 W10 kVφ4.2×49.5HVR-BOP-3.5×52

3.3 SSP / OSP Series

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

SSP

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
SSP-204.0 W0.8 kVφ8.2×20.2HVR-BSP20
SSP-266.0 W2 kVφ8.2×26.9HVR-BSP27
SSP-328.0 W4.5 kVφ8.2×33.0HVR-BSP33
SSP-3910.0 W4.5 kVφ8.2×39.5HVR-BSP40
SSP-5212.5 W6 kVφ8.2×52.1HVR-BSP52
SSP-14840.0 W6 kVφ16×148HVR-BSP148

OSP

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
OSP-102.0 W1 kVφ4.2×10.9HVR-BSP10
OSP-132.4 W1 kVφ4.2×13.7HVR-BSP13
OSP-203.0 W1 kVφ4.2×19.7HVR-BOP20

3.4 OSX / SSX / SOX Series

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

OSX (φ4 mm body)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
OSX-100.80 W1.5 kVφ4.0×10.8HVR-BSP10
OSX-131.0 W1.5 kVφ4.0×13.4HVR-BSP13
OSX-201.50 W3 kVφ4.0×19.7HVR-BOP20
OSX-261.95 W4 kVφ4.0×26.0HVR-BSP27
OSX-302.30 W6 kVφ4.0×32.4HVR-BOP32
OSX-393.10 W6 kVφ4.0×39.4HVR-BSP40

SSX (φ8.2 mm)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
SSX-202.30 W5 kVφ8.2×20.2HVR-BSP20
SSX-263.90 W7.5 kVφ8.2×27.2HVR-BSP27
SSX-324.20 W8.5 kVφ8.2×33.0HVR-BSP33
SSX-394.60 W11 kVφ8.2×39.5HVR-BSP40
SSX-527.80 W16 kVφ8.2×52.0HVR-BSP52
SSX-7811.70 W24 kVφ8.2×77.6HVR-BSP78
SSX-10312.50 W32 kVφ8.2×103.2HVR-BSP103
SSX-12415.50 W40 kVφ8.2×123.7HVR-BSP124
SSX-15419.40 W48 kVφ8.2×153.7HVR-BSP154

SOX (φ8.6 mm)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
SOX-201.20 W5 kVφ8.6×21.3HVR-BSP20
SOX-261.60 W7.5 kVφ8.6×27.5HVR-BSP27
SOX-392.50 W11 kVφ8.6×40.2HVR-BSP40
SOX-523.40 W16 kVφ8.6×52.5HVR-BSP52
SOX-785.00 W24 kVφ8.6×78.7HVR-BSP78
SOX-1036.50 W32 kVφ8.6×104.1HVR-BSP103
SOX-1248.20 W40 kVφ8.6×124.2HVR-BSP124
SOX-15410.60 W48 kVφ8.6×154.5HVR-BSP154

3.5 PHV Series (Encapsulated Family)

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
PHV-395.2 W12.8 kVφ8.2×39.5HVR-BSP40 + Encapsulation / Structural Engineering
PHV-527.2 W16 kVφ8.2×52.1HVR-BSP52 + Encapsulation / Structural Engineering
PHV-7811 W24 kVφ8.2×77.7HVR-BSP78 + Encapsulation / Structural Engineering
PHV-10312 W32 kVφ8.2×102.9HVR-BSP103 + Encapsulation / Structural Engineering
PHV-20025 W60 kVφ8.2×192.0HVR-BSP200 + Encapsulation / Structural Engineering

3.6 MTX 968 / 969 / 969 W / MTX 2000

* Cylindrical resistors: Power ratings are per the PDF test conditions. Voltage ratings use the standard "Max. kV / Max. continuous operating voltage" column (not the "S" boosted-voltage column, unless noted). Dimensions are φ×body length (mm, B×A metric column).

MTX 968

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
MTX 968.23.8 W9 kVφ8×27HVR-BSP Divider / High-spec sample（MTX 968.2）; see PDF divider ratio sample
MTX 968.35 W12 kVφ8×37HVR-BSP Divider / High-spec sample（MTX 968.3）; see PDF divider ratio sample
MTX 968.57.5 W18 kVφ8×52HVR-BSP Divider / High-spec sample（MTX 968.5）; see PDF divider ratio sample
MTX 968.710 W24 kVφ8×78HVR-BSP Divider / High-spec sample（MTX 968.7）; see PDF divider ratio sample
MTX 968.1012.5 W36 kVφ8×103HVR-BSP Divider / High-spec sample（MTX 968.10）; see PDF divider ratio sample
MTX 968.1215 W42 kVφ8×128HVR-BSP Divider / High-spec sample（MTX 968.12）; see PDF divider ratio sample
MTX 968.1517 W54 kVφ8×153HVR-BSP Divider / High-spec sample（MTX 968.15）; see PDF divider ratio sample

MTX 969

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
MTX 969.1111 W24 kVφ13.5×81HVR-BSP + End cap structure sample（MTX 969.11）
MTX 969.2323 W48 kVφ13.5×156HVR-BSP + End cap structure sample（MTX 969.23）
MTX 969.5454 W48 kVφ30.5×160HVR-BSP + End cap structure sample（MTX 969.54）
MTX 969.7171 W64 kVφ30.5×210HVR-BSP + End cap structure sample（MTX 969.71）
MTX 969.105105 W96 kVφ30.5×308HVR-BSP + End cap structure sample（MTX 969.105）

MTX 969 W (Water-Cooled)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
MTX 969 W-S500 W max.5 kVL≈117 (water-cooled)Cooling curve / power curve → water-cooled engineering proposal
MTX 969 W1000 W max.7 kVL≈195 (water-cooled)Cooling curve / power curve → water-cooled engineering proposal
MTX 969 W-L1700 W max.10 kVL≈337 (water-cooled)Cooling curve / power curve → water-cooled engineering proposal

MTX 2000 (Divider Network, PDF 2022 rev)

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
MTX 2000.2310 W40 kVφ13.5×156HVR-BSP + Divider ratio spec（MTX 2000.23）; custom divider network sample
MTX 2000.10550 W80 kVφ30.5×308HVR-BSP + Divider ratio spec（MTX 2000.105）; custom divider network sample

3.7 ESP Series (High Pulse)

ESP is a pulse-energy series. Do not interpret 62/14 as millimeter body length. Original manufacturer part numbers and pulse parameters must be provided.

EBG / Miba Model Power Max. Continuous Voltage DC* Dimensions (mm) HVC Replacement Model
ESP-62/14High pulse (see PDF)1 kV DC (catalog)62×15 (body×Ø, see PDF)HVR-BSP Pulse-grade engineering inquiry
ESP-62/20High pulse (see PDF)1 kV DC (catalog)62×21 (body×Ø, see PDF)HVR-BSP Pulse-grade engineering inquiry

4. Selection Decision Tree (Back to PDF Searchable Suffixes)

The paths below help you trace back from application requirements to series names and suffixes searchable in Miba 2025 PDF body text. They do not replace original manufacturer ordering code rules.

4.1 Flat Resistors

Need flat chip?
 ├─ Standard/eco coat flat (FBX/FEP/FSX) → form factor: 1/2, 2/2, 3, 4, 5/5, 6/5, 8/5
 ├─ Power flat (FPX/FLX) → same 8-code system
 └─ MTX 967 low TCR / multi-coat → MTX 967 + PDF config code (967.15.15 / 967.3.25 etc.)

4.2 Cylindrical Resistors

Need metal oxide cylindrical?
 ├─ ±25 ppm precision → SGT-26/32/39/52/78/103/124/154
 ├─ ±80 ppm standard φ7 → SGP family (PDF suffix)
 ├─ φ3.5 thin body → OGP family (PDF suffix)
 ├─ ±50 ppm medium precision → SSP / OSP (PDF suffix, two independent sets)
 ├─ Extended tube → OSX / SSX / SOX (do not mix suffixes across families)
 ├─ Encapsulated Smart Grid → PHV (PDF suffix)
 ├─ 968/969/969W/2000 → include full order number and config code
 └─ Pulse low-resistance → ESP-62/14, ESP-62/20 (do not decode compound codes)

5. Proven Replacement Cases

HVC HV thick film resistors have been qualified for volume production as second-source or direct replacement for EBG/Miba by the following international medical imaging equipment manufacturers:

RegionCustomerApplicationEBG Series Replaced
Nordic (Finland)Planmeca OyDental CBCT / X-ray HV PSU dividerSGT, SGP, FBX
ChinaHaining Jingyi Electronics (iRay Technology, SH688301)X-ray tube HV PSU core componentsSGP, SSP, FPX
IsraelMultiple medical X-ray manufacturersPortable X-ray / Industrial NDTSGT, FBX
Europe / USASpellman / Hitek Power and othersHV PSU module dividers and load resistorsMTX 968, SGT, PHV

6. Contact & Technical Support

If you are looking for an EBG / Miba HV thick film resistor replacement, or have custom requirements, the HVC replacement engineering team is ready to help. We will provide a replacement proposal and free test samples within 48 hours (subject to project evaluation).

Copyright: © HVC Capacitor. All rights reserved. Reproduction or commercial use without permission is prohibited.
Disclaimer: Technical data in this document is for reference only. Refer to the latest datasheet for official specifications. EBG / Miba are registered trademarks of Miba AG. This document is for technical compatibility reference only.

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