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Stackpole HVA High Voltage Axial Leaded Resistors | NAC Semi

Stackpole HVA High Voltage Axial Leaded Resistors

Stackpole HVA axial leaded metal film resistors combine high resistance values with high voltage capability for through-hole assemblies. Compare HVA05, HVA08, and HVA12 types by resistance, tolerance, power, and maximum working voltage. All three types share a temperature coefficient of ±200 ppm/°C and an operating temperature range of −25 to +125 °C.

Stackpole HVA series resistors
Representative series image; actual appearance varies by part.

Download the HVA series datasheet (PDF)

Search an exact part number or use the dropdowns to compare characteristics. Select a part number to search NAC Semi.

32 Stackpole HVA parts
Part NumberType CodeResistanceTolerance (±%)Power Rating (W)Max Working Voltage (V)Datasheet
Part NumberType CodeResistanceTolerance (±%)Power Rating (W)Max Working Voltage (V)Datasheet
HVA05FA100MHVA05100 MΩ10.53500PDF
HVA05FA10M0HVA0510 MΩ10.53500PDF
HVA05FA250MHVA05250 MΩ10.53500PDF
HVA05FA25M0HVA0525 MΩ10.53500PDF
HVA05FA500MHVA05500 MΩ10.53500PDF
HVA05FA50M0HVA0550 MΩ10.53500PDF
HVA05FB350MHVA05350 MΩ10.53500PDF
HVA05FB400MHVA05400 MΩ10.53500PDF
HVA05JA100MHVA05100 MΩ50.53500PDF
HVA05JA10M0HVA0510 MΩ50.53500PDF
HVA05JA1M00HVA051 MΩ50.53500PDF
HVA05JB200MHVA05200 MΩ50.53500PDF
HVA05JB250MHVA05250 MΩ50.53500PDF
HVA05JB300MHVA05300 MΩ50.53500PDF
HVA05JB82M0HVA0582 MΩ50.53500PDF
HVA05KB500MHVA05500 MΩ100.53500PDF
HVA08FA10M0HVA0810 MΩ10.87000PDF
HVA08FA2M00HVA082 MΩ10.87000PDF
HVA08JA100MHVA08100 MΩ50.87000PDF
HVA08JA10M0HVA0810 MΩ50.87000PDF
HVA08JA1M00HVA081 MΩ50.87000PDF
HVA12FA100MHVA12100 MΩ11.28000PDF
HVA12FA10M0HVA1210 MΩ11.28000PDF
HVA12FA250MHVA12250 MΩ11.28000PDF
HVA12FA25M0HVA1225 MΩ11.28000PDF
HVA12FA500MHVA12500 MΩ11.28000PDF
HVA12FA50M0HVA1250 MΩ11.28000PDF
HVA12JA100MHVA12100 MΩ51.28000PDF
HVA12JA10M0HVA1210 MΩ51.28000PDF
HVA12JA1G00HVA121 GΩ51.28000PDF
HVA12JA1M00HVA121 MΩ51.28000PDF
HVA12JA20M0HVA1220 MΩ51.28000PDF

Rated voltage is the lower of the square root of power rating multiplied by nominal resistance, or the listed maximum working voltage. The maximum voltage is therefore a ceiling, not the applicable voltage for every resistance value. Consult the datasheet for derating and test conditions.