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Non inductive high voltage resistor RESI HVLR1905F2M20K9 with high precision and stable performance

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Non inductive high voltage resistor RESI HVLR1905F2M20K9 with high precision and stable performance

Type : Thick Film Resistor

Resistance : 2.2MΩ

Voltage-Supply(Max) : 3.5kV

Power(Watts) : 1W

Temperature Coefficient : ±100ppm/℃

Tolerance : ±1%

Operating Temperature : -55℃~+175℃

Description : Thick Film Resistor 2.2MΩ 1W ±100ppm/℃ ±1% Through Hole,D6.5xL19mm Through Hole Resistors RoHS

Mfr. Part # : HVLR1905F2M20K9

Model Number : HVLR1905F2M20K9

Package : Through Hole,D6.5xL19mm

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Product Description

The HVLR series of precision non-inductive high-voltage resistors are manufactured using thick film technology and proprietary electronic pastes from Kaipu Electronics. Mounted on an alumina ceramic rod, these resistors are produced through a precise manufacturing process from screen printing to final testing. They offer excellent performance within a temperature range of -25 to +125, with temperature coefficients as low as 100ppm/ and a high precision of up to 0.1%. The voltage coefficient is a key parameter, typically around 0.01ppm/V, achieved through advanced material formulation and manufacturing processes. Each resistor undergoes 100% high-voltage testing to ensure reliability under demanding conditions. Kaipu Electronics maintains full control over core materials and processes, ensuring stable quality and timely delivery. These resistors are ideal for applications requiring high precision, high voltage, low voltage coefficients, and high reliability.

Product Advantages

  • High precision
  • High voltage capability
  • Low voltage coefficient
  • High reliability

Application Scenarios

  • Medical equipment
  • Electrical equipment
  • Instrumentation
  • Automotive electronics
  • Test and measurement equipment
  • Precision power supplies
  • and aerospace

Product Attributes

  • Brand: (Kaipu Electronics)
  • Origin: China
  • Material: Alumina ceramic rod
  • Color: Not specified
  • Certifications: Not specified

Technical Specifications

SeriesModelResistance RangeMax. Working Voltage*Power (at +125)Tolerance (%)Temperature Coefficient (ppm/)Operating Temperature Range ()Typical Weight (g)
HVLRHVLR15051K~1G2500V0.7W0.1~10.0100 (-25+125,+25 ref)-55~+1751.701
HVLRHVLR19051K~1G3500V1.0W0.1~10.0100 (-25+125,+25 ref)-55~+1751.931
HVLRHVLR25051K~1G5500V1.2W0.1~10.0100 (-25+125,+25 ref)-55~+1752.451
HVLRHVLR24081K~1G5500V2.0W0.1~10.0100 (-25+125,+25 ref)-55~+1755.162
HVLRHVLR39081K~1G10000V3.0W0.1~10.0100 (-25+125,+25 ref)-55~+1757.572
HVLRHVLR52081K~1G15000V5.0W0.1~10.0100 (-25+125,+25 ref)-55~+1759.582
HVLRHVLR76091K~1G22500V7.5W0.1~10.0100 (-25+125,+25 ref)-55~+17518.602
HVLRHVLR10291K~1G32000V10.0W0.1~10.0100 (-25+125,+25 ref)-55~+17523.632
HVLRHVLR11791K~1G35000V11.0W0.1~10.0100 (-25+125,+25 ref)-55~+17526.242
HVLRHVLR12791K~1G40000V12.0W0.1~10.0100 (-25+125,+25 ref)-55~+17528.562
HVLRHVLR13791K~1G45000V13.0W0.1~10.0100 (-25+125,+25 ref)-55~+17531.642
HVLRHVLR15291K~1G48000V15.0W0.1~10.0100 (-25+125,+25 ref)-55~+17534.342

*The maximum working voltage of the resistor should be calculated as the smaller value between U=(P*R) and Umax.


2504281715_RESI-HVLR1905F2M20K9_C48603701.pdf


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