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  • High Voltage Resistor | Ohmite EBG Vishay HV Resistor Manufacturer Alternative
High Voltage Resistor | Ohmite EBG Vishay HV Resistor Manufacturer Alternative

High Voltage Resistor | Ohmite EBG Vishay HV Resistor Manufacturer Alternative

  • Description：Professional High Voltage Resistors manufacturer and supplier, thick film planar resistor, both flat and cylindrical type high voltagethick film resistor, replacing famous Ohmite EBG Vishay brand high voltage resistor, with international distributor
  • Send Inquiry Now

                   
                GFP/GHP SERIES HIGH VOLTAGE THICK FILM PLANAR RESISTORS,FLAT TYPE
 




FEATURES
These resistors are quite economic design high voltage resisitor, Able to provide high
denstive assebly in multl application.We have two differerent coating:
 

GFP Series:
225°C high temperature silicon coating.

GHP Series:
Surface epoxy printing,as an economic option,max withstand voltage in 35kv ,6 different spec,
3mm for biggest thickness,Non-inductive design.Terminal:Standard pin material is tin plated copper.
 

APPLICATIOIN
• HV Measurement
• Power Supplies
• Medical
• Electrostatic
• Smart Grid Sensing /Metering
• X-Ray
• Motor Control
• Instrumentation

TECHNICAL SPECIFICATION
Resistance range: 200Ω to 2G Ω, higher value upon to request
Tolerance: ± 0.2% to ± 10%
Temperature coefficient:  (500MΩ)± 80ppm/° C (+25° C to +105° C)
Max working voltage: 130% rated working votlage
Weight:depends on differernt model

   







HOW TO INQUIRY?
Kindly select the part number (rated voltage,size,dimensioin), resistance and tolerance.eg. HVRGPF 1/2 500M 5%
Also welcome custom specification requirement.

DATASHEET DOWNLOAD
HVR DATASHEET 2P


CYLINDRICAL TYPE DETAIL HERE

HIGH VOLTAGE HIGH POWER TYPE HERE 


















 

Alternative replacement high voltage resistors for EBG , OHMITE , VISHAY high voltage thick film resistor
 
High Voltage thick film resistor is a modern type non-inductive design resistor ,composite with 96% Al2O3 substrate, and Ruthenium series(RuO2) resistance paste,and burn in 850℃. Comparing to traditional carbon film and metal film resistors. HV thick film resistor offer higher voltage withstand, higher reliability, higher working temperature,and very small temperature coefficient and stable voltage coefficient.  
 
HVC partner with Chinese thick film material engineering expert to start up high voltage thick film resistor business in year 2017. Product range from GHP/GFP range hv resistor in planar type and BSP/GOP type in cylindrical (tube) type, later expand to high energy ceramic resistor. HVC's resistor with same quality to world famous thick film resistor brand EBG, and already well replacing famous high voltage resistor name like EBG ,Ohmite,Vishay ,TT Electronic ...
 
The world leading thick flim resistor player including EBG resistor in Europe and and Ohmite resistor / Vishay Techno resistor in USA. EBG resistor start thick film technology in year 1990s, it has broad presence in Europe , America and Asia, they have EBG China joint venture in year 1988 and  in 2000, EBG introduction thick film technology to Chinese market. EBG 's product has accept by world top class user include ABB ,Siemens...
 
The giant Vishay offer their own thick flim resistor product under "Vishay Techno", USA company Techno belongs to Vishay's subsidary Sfernice,Vishay's major hv resistor market include Europe and USA. 
 
Ohmite is top famous name in American market, They acquired many smaller brand resistor manufacturer like ARCOL to provide them with thick flim technology.Ohmite majorly manufacuturing resistor in Mexico. But it is still not economic enough for mass production end customer.Ohmite thick film resistor product series include ARCOL ARC2, ARCOL ARC3, Maxi-MOX,Mini-Mox,Slim Mox，Super Mox. Production lead time still as long as 10 weeks.
 
HVC's HV resistor series, build up by engineer Xuyonglin, who have more than 20 year manufacturing experience in Chinese state own electronic company, also have in-deep technology know how in the field of thick flim, and also with rich marketing experince as general manager for China-Germany joint venture resistor company , then HVC able to  apply same European thick film technology in more competitive cost, keeping same level to EBG and Ohmite, Vishay. Production lead time can be 3 to 4 weeks for any type of thick film resistor. HVC's HV Resistor now accepted by famous company like Hitek power,Spellman ,and many other military grade end user.
 
HVC's HV thick film resistor become well replacement option for high end resistor brand EBG, Ohmite,Vishay. 
Major application include X-ray system,high voltage generator,HV precision voltage divider,electronmicrosope and many more.high voltage resistor,high voltage resistor manufacturer ,high voltage resistor supplier ,high voltage ceramic resistor ohmite resistor , ohmite resistor distributor ,ohmite high voltage resistor ,ohmite high power resistor 
 
Major technical data:
1) Resistance of HV resistor from 10 Ohm TO 10G Ohm
2) Working Temperature range from -65 ℃ to 275 ℃
3) Minimum temperature coefficient 25ppm/ ℃
4) Best resistance tolerance be 0.1%
5) High Voltage resistor max working voltage 40kv, and max rate power in 30Watt.
 
Following is popular HV thick film resistor model from EBG ,Omite and Vishay, HVC's BSP and GHP range can offer standard or custom replacement model.

 
Part Number Resistance Power:Watt Tol % Working Voltage HVR Resistor Alternative Replacement 
  Equivalent Part Number：
OHMITE Thick Film Tube Resistors          
MOX1125231005FE 10MΩ 1.5W 1 7.5KV HVR-BOP32-10MF-1.5W Dia4X32
MOX1125231006FE 100MΩ 1.5W 1 7.5KV HVR-BOP32-100MF-1.5W Dia4X32
MOX1125231006JE 100MΩ 1.5W 5 7.5KV HVR-BOP32-100MJ-1.5W Dia4X32
MOX1125231007JE 1GΩ 1.5W 5 7.5KV HVR-BOP32-1GJ-1.5W Dia4X32
MOX-400231005FE 10MΩ 0.75W 1 2.5KV HVR-BOP16-10MF-0.75W Dia4X16
MOX-400231005JE 10MΩ 0.75W 5 2.5KV HVR-BOP16-10MJ-0.75W Dia4X16
MOX-400231006FE 100MΩ 0.75W 5 2.5KV HVR-BOP16-100MJ-0.75W Dia4X16
MOX-400231006JE 100MΩ 0.75W 5 2.5KV HVR-BOP16-100MJ-0.75W Dia4X16
MOX-400231007FE 1GΩ 0.75W 1 2.5KV HVR-BOP16-1GF-0.75W Dia4X16
MOX-400231007JE 1GΩ 0.75W 5 2.5KV HVR-BOP16-1GJ-0.75W Dia4X16
MOX-750231005FE 10MΩ 1W 1 5KV HVR-BOP22-10MF-1W Dia4X22
MOX-750231005JE 10MΩ 1W 5 5KV HVR-BOP22-10MJ-1W Dia4X22
MOX-750231006FE 100MΩ 1W 1 5KV HVR-BOP22-100MF-1W Dia4X22
MOX-750231006JE 100MΩ 1W 5 5KV HVR-BOP22-100MJ-1W Dia4X22
MOX-750231007FE 1GΩ 1W 1 5KV HVR-BOP22-1GF-1W Dia4X22
MOX-750231007JE 1GΩ 1W 5 5KV HVR-BOP22-1GJ-1W Dia4X22
MOX-1-121005JE 10MΩ 2.5W 5 10KV HVR-BSP28-10MJ-2.5W Dia8X28
MOX-1-121006JE 100MΩ 2.5W 5 10KV HVR-BSP28-100MJ-2.5W Dia8X28
MOX-1-121007JE 1GΩ 2.5W 5 10KV HVR-BSP28-1GJ-2.5W Dia8X28
MOX-1-121005FE 10MΩ 2.5W 1 10KV HVR-BSP28-10MF-2.5W Dia8X28
MOX-1-121006FE 100MΩ 2.5W 1 10KV HVR-BSP28-100MF-2.5W Dia8X28
MOX-1-121007FE 1GΩ 2.5W 1 10KV HVR-BSP28-1GF-2.5W Dia8X28
MOX-2-121005FE 10MΩ 5W 1 20KV HVR-BSP52-10MF-5W Dia8X52
MOX-2-121005JE 10MΩ 5W 5 20KV HVR-BSP52-10MJ-5W Dia8X52
MOX-2-121006FE 100MΩ 5W 1 20KV HVR-BSP52-100MF-5W Dia8X52
MOX-2-121006JE 100MΩ 5W 5 20KV HVR-BSP52-100MJ-5W Dia8X52
MOX-2-121007FE 1GΩ 5W 1 20KV HVR-BSP52-1GF-5W Dia8X52
MOX-2-121007JE 1GΩ 5W 5 20KV HVR-BSP52-1GJ-5W Dia8X52
MOX-1N-131004FE 1MΩ 2W 1 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-1N-131005FE 10MΩ 2W 1 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-1N-132505FE 25MΩ 2W 1 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-1N-135005FE 50MΩ 2W 1 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-1N-131006FE 100MΩ 2W 1 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-1N-131007JE 1GΩ 2W 5 10KV Inquiry to sales@hv-caps.com for custom pn:
MOX-2N-131004FE 1MΩ 3W 1 20KV Inquiry to sales@hv-caps.com for custom pn:
MOX-2N-135004FE 5MΩ 3W 1 20KV Inquiry to sales@hv-caps.com for custom pn:
MOX-2N-131005FE 10MΩ 3W 1 20KV Inquiry to sales@hv-caps.com for custom pn:
MOX-2N-131505FE 15MΩ 3W 1 20KV \
MOX-2N-131006FE 100MΩ 3W 1 20KV \
MOX-2N-131007JE 1GΩ 3W 5 20KV \
MOX-3N-131004FE 1MΩ 4W 1 30KV \
MOX-3N-131005FE 10MΩ 4W 1 30KV \
MOX-3N-132505FE 25MΩ 4W 1 30KV \
MOX-3N-135005FE 50MΩ 4W 1 30KV \
MOX-3N-131006FE 100MΩ 4W 1 30KV \
MOX-3N-131007JE 1GΩ 4W 5 30KV \
MOX-4N-131004FE 1MΩ 5W 1 40KV \
MOX-4N-135004FE 5MΩ 5W 1 40KV \
MOX-4N-131005FE 10MΩ 5W 1 40KV \
MOX-4N-131505FE 15MΩ 5W 1 40KV \
MOX-4N-131006FE 100MΩ 5W 1 40KV \
MOX-4N-131007JE 1GΩ 5W 5 40KV \
MOX-5N-131004FE 1MΩ 6W 1 50KV \
MOX-5N-131005FE 10MΩ 6W 1 50KV \
MOX-5N-132505FE 25MΩ 6W 1 50KV \
MOX-5N-135005FE 50MΩ 6W 1 50KV \
MOX-5N-131006FE 100MΩ 6W 1 50KV \
MOX-5N-131007JE 1GΩ 6W 5 50KV \
MOX91021004FVE 1MΩ 3.9W 1  9.4KV \
MOX91025004FVE 5MΩ 3.9W 1  9.4KV \
MOX91021005FVE 10MΩ 3.9W 1  9.4KV \
MOX91022505FTE 25MΩ 3.9W 1  9.4KV \
MOX92021005FVE 10MΩ 4.6W 1  13.8KV \
MOX92025005FVE 50MΩ 4.6W 1  13.8KV \
MOX92021006FVE 100MΩ 4.6W 1  13.8KV \
MOX92021007FVE 1MΩ 4.6W 1  13.8KV \
MOX92021007FTE 1GΩ 4.6W 1  13.8KV \
MOX92022505FTE 25MΩ 4.6W 1  13.8KV \
MOX93021004FVE 1MΩ 7.8W 1  20KV \
MOX93025004FVE 5MΩ 7.8W 1  20KV \
MOX93021005FVE 10MΩ 7.8W 1  20KV \
MOX93022505FVE 25MΩ 7.8W 1  20KV \
MOX94021007FVE 1GΩ 11.7W 1  30KV \
MOX94021007FTE 1GΩ 11.7W 1  30KV \
MOX94021005FVE 10MΩ 11.7W 1  30KV \
MOX94025005FVE 50MΩ 11.7W 1  30KV \
MOX94021006FVE 100MΩ 11.7W 1  30KV \
MOX95021004FVE 1MΩ 12.5W 1  40KV \
MOX95025004FVE 5MΩ 12.5W 1  40KV \
MOX95021005FVE 10MΩ 12.5W 1  40KV \
MOX95022505FTE 25MΩ 12.5W 1  40KV \
MOX96021005FVE 10MΩ 15.5W 1  50KV \
MOX96025005FVE 50MΩ 15.5W 1  50KV \
MOX96021006FVE 100MΩ 15.5W 1  50KV \
MOX96021007FTE 1GΩ 15.5W 1  50KV \
MOX97021004FVE 1MΩ 19.4W 1  60KV \
MOX97025004FVE 5MΩ 19.4W 1  60KV \
MOX97021005FVE 10MΩ 19.4W 1  60KV \
MOX97022505FTE 25MΩ 19.4W 1  60KV \
RX-1M1006FE 0.1006Ω 0.5W 0.5 1KV \
RX-1M1007FE 0.1007Ω 0.5W 0.5 1KV \
RX-1M5007FE 0.5007Ω 0.5W 0.5 1KV \
RX-1M1008FE 0.1008Ω 0.5W 0.5 1KV \
RX-1M2508FE 0.2508Ω 0.5W 0.5 1KV \
RX-1M1009FE 0.1009Ω 0.5W 0.5 1KV \
RX-1M5009KE 0.5009Ω 0.5W 0.5 1KV \
          \
OHMITE Thick Film Planar Resistors          
SM102031005FE 10MΩ 1W 0.5 5KV HVR-GHP1/2-10MD-1W
SM102031006FE 100MΩ 1W 0.5 5KV HVR-GHP1/2-100MD-1W
SM102031007FE 1GΩ 1W 0.5 5KV HVR-GHP1/2-1G-1W
SM102032003FE 200KΩ 1W 0.5 5KV Inquiry to sales@hv-caps.com for custom pn:
SM102032004FE 2MΩ 1W 0.5 5KV Inquiry to sales@hv-caps.com for custom pn:
SM102032005FE 20MΩ 1W 0.5 5KV Inquiry to sales@hv-caps.com for custom pn:
SM102032006FE 200MΩ 1W 0.5 5KV Inquiry to sales@hv-caps.com for custom pn:
SM102032007FE 2GΩ 1W 0.5 5KV \
SM102033003FE 300KΩ 1W 0.5 5KV \
SM102033004FE 3MΩ 1W 0.5 5KV \
SM33005FE1020 30MΩ 1W 0.5 5KV \
SM102033006FE 300MΩ 1W 0.5 5KV \
SM102033007FE 30GΩ 1W 0.5 5KV \
SM102034003FE 400KΩ 1W 0.5 5KV \
SM102034004FE 4MΩ 1W 0.5 5KV \
SM102034005FE 40MΩ 1W 0.5 5KV \
SM102034006FE 400MΩ 1W 0.5 5KV \
SM102034007FE 4GΩ 1W 0.5 5KV \
SM102035003FE 500KΩ 1W 0.5 5KV \
SM102035004FE 5MΩ 1W 0.5 5KV \
SM102035005FE 50MΩ 1W 0.5 5KV \
SM102035006FE 500MΩ 1W 0.5 5KV \
SM102035007FE 5GΩ 1W 0.5 5KV \
SM102031001JE 1KΩ 1W 0.5 5KV \
SM102031002JE 10KΩ 1W 0.5 5KV \
SM102031003JE 100KΩ 1W 0.5 5KV \
SM102031004JE 1MΩ 1W 0.5 5KV \
SM102031005JE 10MΩ 1W 0.5 5KV \
SM102031006JE 100MΩ 1W 0.5 5KV \
SM102031007JE 1GΩ 1W 0.5 5KV \
SM102031252JE 12.5KΩ 1W 0.5 5KV \
SM102031253JE 125KΩ 1W 0.5 5KV \
SM102031254JE 1.25MΩ 1W 0.5 5KV \
SM102031502JE 15KΩ 1W 0.5 5KV \
SM102031503JE 150KΩ 1W 0.5 5KV \
SM102031504JE 1.5MΩ 1W 0.5 5KV \
SM102031752JE 17.5KΩ 1W 0.5 5KV \
SM102031754JE 1.75MΩ 1W 0.5 5KV \
SM102032002JE 20KΩ 1W 0.5 5KV \
SM102032003JE 200KΩ 1W 0.5 5KV \
SM102032004JE 2MΩ 1W 0.5 5KV \
SM102032501JE 2.5KΩ 1W 0.5 5KV \
SM102032502JE 25KΩ 1W 0.5 5KV \
SM102032503JE 250KΩ 1W 0.5 5KV \
SM102032504JE 2.5MΩ 1W 0.5 5KV \
SM102032505JE 25MΩ 1W 0.5 5KV \
SM102035001JE 5KΩ 1W 0.5 5KV \
SM102035002JE 50KΩ 1W 0.5 5KV \
SM102035003JE 500KΩ 1W 0.5 5KV \
SM102035004JE 5MΩ 1W 0.5 5KV \
SM102035005JE 50MΩ 1W 0.5 5KV \
SM102037501JE 7.5KΩ 1W 0.5 5KV \
SM102037502JE 75KΩ 1W 0.5 5KV \
SM102037503JE 750KΩ 1W 0.5 5KV \
SM104031005FE 10MΩ 1.5W 0.5 10KV \
SM104031006FE 100MΩ 1.5W 0.5 10KV \
SM104031007FE 1GΩ 1.5W 0.5 10KV \
SM104032003FE 200KΩ 1.5W 0.5 10KV \
SM104032004FE 2MΩ 1.5W 0.5 10KV \
SM104032005FE 20MΩ 1.5W 0.5 10KV \
SM104032006FE 200MΩ 1.5W 0.5 10KV \
SM104032007FE 2GΩ 1.5W 0.5 10KV \
SM104033003FE 300kΩ 1.5W 1   \
SM104035005FE 50MΩ 1.5W 0.5 10KV \
SM104035006FE 500MΩ 1.5W 0.5 10KV \
SM104035007FE 5GΩ 1.5W 0.5 10KV \
SM104031005JE 10MΩ 1.5W 0.5 10KV \
SM104031006JE 100MΩ 1.5W 0.5 10KV \
SM104031007JE 1GΩ 1.5W 0.5 10KV \
SM108032003FE 200KΩ 4.25W 0.5 20KV \
SM108032004FE 2MΩ 4.25W 0.5 20KV \
SM108032005FE 20MΩ 4.25W 0.5 20KV \
SM108032006FE 200MΩ 4.25W 0.5 20KV \
SM108032007FE 2GΩ 4.25W 0.5 20KV \
SM108033003FE 300KΩ 4.25W 0.5 20KV \
SM108033004FE 3MΩ 4.25W 0.5 20KV \
SM108033005FE 30MΩ 4.25W 0.5 20KV \
SM108033006FE 300MΩ 4.25W 0.5 20KV \
SM108033007FE 3GΩ 4.25W 0.5 20KV \
SM108034003FE 400KΩ 4.25W 0.5 20KV \
SM108034004FE 4MΩ 4.25W 0.5 20KV \
SM108034005FE 40MΩ 4.25W 0.5 20KV \
SM108034006FE 400MΩ 4.25W 0.5 20KV \
SM108034007FE 4GΩ 4.25W 0.5 20KV \
SM108035003FE 500KΩ 4.25W 0.5 20KV \
SM108035004FE 5MΩ 4.25W 0.5 20KV \
SM108035005FE 50MΩ 4.25W 0.5 20KV \
SM108035006FE 500MΩ 4.25W 0.5 20KV \
SM108035007FE 5GΩ 4.25W 0.5 20KV \
SM204031005FE 10MΩ 2W 0.5 10KV \
SM204031006FE 100MΩ 2W 0.5 10KV \
SM204031007FE 1GΩ 2W 0.5 10KV \
SM204031002JE 10KΩ 2W 0.5 10KV \
SM204031004JE 1MΩ 2W 0.5 10KV \
SM204031005JE 10MΩ 2W 0.5 10KV \
SM204031006JE 100MΩ 2W 0.5 10KV \
SM204031007JE 1GΩ 2W 0.5 10KV \
SM204031503JE 150KΩ 2W 0.5 10KV \
SM204031504JE 1.5MΩ 2W 0.5 10KV \
SM204032002JE 20KΩ 2W 0.5 10KV \
SM204032003JE 200KΩ 2W 0.5 10KV \
SM204032004JE 2MΩ 2W 0.5 10KV \
SM204032505JE 25MΩ 2W 0.5 10KV \
SM204035002JE 50KΩ 2W 0.5 10KV \
SM204035003JE 500KΩ 2W 0.5 10KV \
SM204035004JE 5MΩ 2W 0.5 10KV \
SM204035005JE 50MΩ 2W 0.5 10KV \
SM204037503JE 750KΩ 2W 0.5 10KV \
           
   
EBG  Thick Film Cylindical Resistors          
OGP-13 / 1 W / 1.5KV \
OGP-20 / 1.5 W / 2KV \
OGP-26 / 1.9 W / 4KV \
OGP-30 / 2.5 W / 5KV \
OGP-39 / 3 W / 6KV \
OGP-52 / 3.3 W / 10KV \
SGP-20 / 2.5 W / 3KV HVRBSP20
SGP-26 / 3.7 W / 4KV HVRBSP26
SGP-32 / 4.5 W / 5KV HVRBSP32
SGP-39 / 5.2 W / 8KV HVRBSP39
SGP-52 / 7.5 W / 10KV HVRBSP52
SGP-78 / 11 W / 15KV HVRBSP78
SGP-103 / 12 W / 20KV HVRBSP10
SGP-124 / 15 W / 25KV HVRBSP12
SGP-148 / 30 W / 45KV HVRBSP14
SGP-154 / 20 W / 30KV HVRBSP15
SGT26 / 1 W / 4KV Inquiry to sales@hv-caps.com for custom pn:
SGT32 / 1.25 W / 5KV Inquiry to sales@hv-caps.com for custom pn:
SGT39 / 1.5 W / 6KV Inquiry to sales@hv-caps.com for custom pn:
SGT52 / 2 W / 10KV Inquiry to sales@hv-caps.com for custom pn:
SGT78 / 3 W / 15KV Inquiry to sales@hv-caps.com for custom pn:
SGT103 / 4 W / 20KV Inquiry to sales@hv-caps.com for custom pn:
SGT124 / 5 W / 25KV Inquiry to sales@hv-caps.com for custom pn:
SGT154 / 6 W / 30KV Inquiry to sales@hv-caps.com for custom pn:
OSP10 / 2 W / 1KV Inquiry to sales@hv-caps.com for custom pn:
OSP13 / 2.4 W / 1KV Inquiry to sales@hv-caps.com for custom pn:
OSP20 / 3 W / 1KV Inquiry to sales@hv-caps.com for custom pn:
SSP20 / 4 W / 0.8KV \
SSP26 / 6 W / 2KV \
SSP32 / 8 W / 4.5KV \
SSP32F / 10 W / 4.5KV \
SSP39 / 10 W / 4.5KV \
SSP52 / 12.5 W / 6KV \
SSP52F / 15 W / 6KV \
SSP78 / 16 W / 6KV \
SSP103 / 20 W / 6KV \
SSP124 / 25 W / 6KV \
SSP148 / 40 W / 6KV \
RSP17 / 3 W / 3KV \
RSP50 / 7 W / 10KV \
RSP70 / 10 W / 15KV \
RSP100 / 12 W / 20KV \
           
EBG Thick Film Planar Resistors          
FBX1/2 / 0.5W / 4KV HVRGFP1/2
FBX5/5 / 0.65W / 6KV HVRGFP5/5
FBX6/5 / 1.2W / 3.5KV HVRGFP6/5
FBX8/5 / 1.6W / 8KV HVRGFP8/5
FBX3 / 3W / 12KV HVRGFP3
FBX4 / 4W / 15KV HVRGFP4
FBX2/2 / 5W / 22KV HVRGFP2/2
FSX1/2 / 0.5W / 4KV HVRGHP1/2
FSX5/5 / 0.65W / 6KV HVRGHP5/5
FSX8/5 / 1.6W / 8KV HVRGHP6/5
FSX3 / 3W / 12KV HVRGHP8/5
FSX4 / 4W / 15KV HVRGHP3
FSX2/2 / 5W / 22KV HVRGHP4
FSX2008 / 1W / 1KV HVRGHP2/2
FSX1008  / 0.5W / 1KV \
FPX1/2 / 1.5W / 4KV \
FPX8/5 / 2.5W / 8KV \
FPX3 / 4W / 12KV \
FPX4 / 5W / 15KV \
FPX2/2 / 7.5W / 22KV \
FLX1/2 / 1.5W / 0.3KV \
FLX8/5 / 2.5W / 0.5KV \
FLX3 / 4W / 0.8KV \
FLX4 / 5W / 1KV \
FLX2/2 / 7.5W / 1KV \
HVT5 100MΩ 0.3W / 5KV \
HVT7 100MΩ 0.5W / 7KV \
HVT11 100MΩ 1W / 10KV \
HVT12 200MΩ 1W / 12KV \
HVT16 200MΩ 1.5W / 15KV \
HVT21 200MΩ 2W / 20KV \
           
   
Vishay Thick Film Tube Resistors          
FHV026 / 0.25W / 0.75KV \
FHV051 / 0.5W / 1.5KV \
FHV076 / 0.25W / 3.75KV \
FHV101 / 1W / 7.5KV \
FHV151 / 1.5W / 11.25KV \
FHV161 / 1W / 3.5KV \
FHV201 / 2W / 15KV \
FHV401 / 2W / 7.5KV \
FHV501 / 4W / 15KV \
           
Vishay Thick Film Planar Resistors          
FHV025 / 0.25W / 0.75KV Inquiry to sales@hv-caps.com for custom pn:
FHV050 / 0.5W / 1.5KV Inquiry to sales@hv-caps.com for custom pn:
FHV075 / 0.25W / 3.75KV Inquiry to sales@hv-caps.com for custom pn:
FHV100 / 1W / 7.5KV Inquiry to sales@hv-caps.com for custom pn:
FHV150 / 1.5W / 11.25KV Inquiry to sales@hv-caps.com for custom pn:
FHV160 / 1W / 3.5KV Inquiry to sales@hv-caps.com for custom pn:
FHV200 / 2W / 15KV \
FHV400 / 2W / 7.5KV \
FHV500 / 4W / 15KV \
TDA03 / 0.25W / 0.8KV \
TDX03 / 0.25W / 2.5KV \
TDA05 / 0.5W / 4KV \
TDX05 / 0.5W / 5KV \
TDA10 / 1W / 6.5KV \
TDX10 / 1W / 10KV \
TDA15 / 1.5W / 12.5KV \
TDX15 / 1.5W / 15KV \
TDA20 / 2W / 17.5KV \
TDX20 / 2W / 20KV \
TDA30 / 3W / 25KV \
TDX30 / 3W / 30KV \
TR03C / 0.25W / 0.8KV \
TR03X / 0.25W / 2.5KV \
TR05D / 0.5W / 4KV \
TR05X / 0.5W / 5KV \
TR10F / 1W / 6.5KV \
TR10X / 1W / 10KV \
TR15G / 1.5W / 12.5KV \
TR15X / 1.5W / 15KV \
TR20H / 2W / 17.5KV \
TR20X / 2W / 20KV \
TR30J / 3W / 25KV \
TR30X / 3W / 30KV \





Film resistor technical background.

What is the different between thick film resistor and thin film resistor.

Thin film and thick film resistors are the most common types in the market. They are characterized by a resistance layer on a ceramic substrate. Although they may look very similar, their properties and manufacturing processes are quite different. The name comes from different layer thicknesses. The thickness of the film is about 0.1 microns or less, while the thick film is about thousands of times thick. However, the main difference is the method of applying the resistance film to the substrate. The film resistor  has a metal film which is vacuum deposited on the insulating substrate. Thick film resistor is made by baking special paste on substrate. Paste is a mixture of glass and metal oxides. The film is more accurate, the temperature coefficient is better and more stable, so it can compete with other high-precision technologies, such as wire winding or block metal foil. On the other hand, thick films are preferred for applications that are not strictly required because the price is much lower. 

Thin film technology

The resistance layer was sputtered (vacuum deposited) on the ceramic substrate. This produces a uniform metal film of about 0.1 microns. Alloys (nichrome) of nickel and chromium are commonly used. They are produced with different thickness of layers to adapt to a certain range of resistance values. The layer is compact and uniform, which makes it suitable to trim the resistance value by subtraction. By photoetching or laser trimming, patterns can be created to increase resistance paths and calibrate resistance values. The base material is usually alumina ceramics, silicon or glass. Usually, the film is produced as a chip or SMD resistor, but it can also be applied to a cylindrical base with axial leads. In this case, the term metal film resistor is more often used.
 
Thin films are usually used for precision applications. They have relatively high tolerances, lower temperature coefficients and lower noise. For high frequency applications, the properties of the films are better than that of thick films. Inductors and capacitors are usually low. If it is made into a cylindrical spiral (metal film resistor), the parasitic inductance of the film will be higher. This higher performance requires a certain price, but the cost may be higher than the price of thick film resistor. Typical examples of using films are medical devices, audio devices, precision controls, and measuring devices.
 
Thick film technology
 
In the 1970s, thick films began to pop. Today, they are the most common resistors in electrical and electronic equipment. They are usually in the form of SMD and are the lowest cost compared to any other technology.
 
Resistance material is a special slurry with a mixture of adhesive, carrier and metal oxide to be deposited. The adhesive is glass glass material, and the carrier is in the organic solvent system and plasticizer. Modern resistor size is based on ruthenium, iridium and Rh oxides. This is also known as cermet (ceramic - metallic). The resistance layer is printed on the substrate at 850 ℃. The base material is usually 95% alumina ceramics. After the paste is burned on the carrier, the film becomes glass, which can prevent moisture well. The following diagram schematically describes the complete firing process. Thickness is in order of magnitude of 100 microns. This is about 1000 times that of the film. Unlike the film, this process is cumulative.high voltage ceramic resistor.
 
The temperature coefficient is usually 50 ppm to 200 ppm / K. The tolerance is between 1% and 5%. Because of the low cost, thick film is usually preferred when high tolerance is not required, low TCR or high stability is required. Therefore, these resistances can be found in almost any device with AC plug or battery. The advantage of thick and thin technology is not only to reduce cost, but also to deal with more power, to provide a wider range of resistance value and to withstand high surge conditions.

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