Model/Brand/Package
Category/Description
Inventory
Price
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Category: resistanceDescription: RWM 4x10 Series 3W, axial enameled wire wound power resistor, axial lead, fire-resistant Power rating at 70 ° C | 2.6W -------- Power at 25 ° C | 3W Resistance tolerance | ± 5% Temperature coefficient |+75ppm/° C typical limiting element voltage | 120V Temperature cycling | -55 ° C →+200 ° C C Body Length | 12 mm Body Diameter | 5.5 mm Lead Length | 25 mm min. Lead Diameter | 0.8 mm ### Enamel axial and radial -2.5 to 50W small high-power resistor series, suitable for harsh environments. Their high stability and reliability make them particularly suitable for protecting circuits. The resistance wire element is wound on a high-purity ceramic substrate and uses a fully welded top cover and lead structure to provide considerable strength and damage resistance. The enamel protective coating has a resistance to all normal cleaning solvents for printed circuit boards. Application instructions. The distance between the bending point of the output end and the shell should not be less than 1.5mm. It is recommended that the minimum bending radius be 1mm. In order to achieve full load rated power consumption, the distance between the end welding and the main body should not be less than 4mm. When cool, enamel has excellent insulation resistance; But as the temperature rises, the resistance coefficient will decrease. Therefore, if a resistor operates at or near maximum temperature, it cannot be classified as an insulation resistance and should not come into contact with any conductive material.2067 -
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Category: resistanceDescription: RWM 4x10 Series 3W, axial enameled wire wound power resistor, axial lead, fire-resistant Power rating at 70 ° C | 2.6W -------- Power at 25 ° C | 3W Resistance tolerance | ± 5% Temperature coefficient |+75ppm/° C typical limiting element voltage | 120V Temperature cycling | -55 ° C →+200 ° C C Body Length | 12 mm Body Diameter | 5.5 mm Lead Length | 25 mm min. Lead Diameter | 0.8 mm ### Enamel axial and radial -2.5 to 50W small high-power resistor series, suitable for harsh environments. Their high stability and reliability make them particularly suitable for protecting circuits. The resistance wire element is wound on a high-purity ceramic substrate and uses a fully welded top cover and lead structure to provide considerable strength and damage resistance. The enamel protective coating has a resistance to all normal cleaning solvents for printed circuit boards. Application instructions. The distance between the bending point of the output end and the shell should not be less than 1.5mm. It is recommended that the minimum bending radius be 1mm. In order to achieve full load rated power consumption, the distance between the end welding and the main body should not be less than 4mm. When cool, enamel has excellent insulation resistance; But as the temperature rises, the resistance coefficient will decrease. Therefore, if a resistor operates at or near maximum temperature, it cannot be classified as an insulation resistance and should not come into contact with any conductive material.4110 -
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Category: resistanceDescription: RWM 4x10 Series 3W, axial enameled wire wound power resistor, axial lead, fire-resistant Power rating at 70 ° C | 2.6W -------- Power at 25 ° C | 3W Resistance tolerance | ± 5% Temperature coefficient |+75ppm/° C typical limiting element voltage | 120V Temperature cycling | -55 ° C →+200 ° C C Body Length | 12 mm Body Diameter | 5.5 mm Lead Length | 25 mm min. Lead Diameter | 0.8 mm ### Enamel axial and radial -2.5 to 50W small high-power resistor series, suitable for harsh environments. Their high stability and reliability make them particularly suitable for protecting circuits. The resistance wire element is wound on a high-purity ceramic substrate and uses a fully welded top cover and lead structure to provide considerable strength and damage resistance. The enamel protective coating has a resistance to all normal cleaning solvents for printed circuit boards. Application instructions. The distance between the bending point of the output end and the shell should not be less than 1.5mm. It is recommended that the minimum bending radius be 1mm. In order to achieve full load rated power consumption, the distance between the end welding and the main body should not be less than 4mm. When cool, enamel has excellent insulation resistance; But as the temperature rises, the resistance coefficient will decrease. Therefore, if a resistor operates at or near maximum temperature, it cannot be classified as an insulation resistance and should not come into contact with any conductive material.8839 -
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Category: resistanceDescription: VISHAY RTO050F68000JTE1 Resistance, thick film, 6K8, 5%, 500V, TO-220 new2859 -
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Category: resistanceDescription: VISHAY RSO30250A1R00JB03 Wire wound resistor, 1R, 5%, screw installation new2292 -
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Category: resistanceDescription: VISHAY RPS0500DH6R80JB Resistance, thick film, 6R8, 5%, 5KV, screw installation new6666 -
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Category: resistanceDescription: VISHAY RPS0500DH33R0KN RPS 500D H 33U 10% BO15NA e 70M1041 new9533 -
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Category: resistanceDescription: VISHAY RPS0250DH1001JBZA3 Through hole resistor, RPS250 series, 1 kohm, 250 W, ± 5%, 5 kV3625 -
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Category: resistanceDescription: 250 W The 500 W Vishay Sfernice RPS series thick film non inductive resistor is used for heat sink installation, especially suitable for harsh pulse applications. The shell opening is easy to install and optimize, and the low heat radiation is installed on the heat sink. Power consumption at 70 ° C: | RPS 250DH: 250W ------- | RPS 500DH: 500W Tolerance: | ± 5% Temperature coefficient: | ± 250 ppm/° C (R | ± 150 ppm/° C (R1 Ω) Maximum service voltage: | 5 kV Effective value Thermal resistance: | RPS 250DH: 0.22 ° C/W | RPS 500DH: 0.11 ° C/W Dielectric stiffness: | 14 kV Effective value Operating temperature: | -55 ° C to+125 ° C # # # Non inductive - Panel installation # # # Non inductive - Heat sink can be mounted on almost non inductive, thick film power resistor, designed for direct connection of heat sink, suitable for installation in positions that require easy connection in limited space. Specially formulated metal ceramic film is attached to high-purity alumina, with a hard epoxy molded shell and integrated terminals inside. Values less than or equal to 1 Ω have 4 wiring terminals, allowing voltage induction; All other values have 2 wiring terminals for applications including circuits with main parameters of low inductance, high frequency, and pulse overload. **Application Description: * * Linear decrease from full power to zero power at 125 ° C for 25 and 50W types at 25 ° C and 100 and 250W types at 70 ° C. To achieve optimal thermal conductivity, it is recommended to use thermal paste between the aluminum oxide bottom surface and the radiator frame/surface. Main feature - Overload duration| RCH25 | RCH50 | BDS100 | BDS250 1 s | 375W | 750W | 200W | 1500W 2 s | 300W | 600W | 150W | 1250W 5 s | 125W | 250W | 125W | 1000W 10 s | 75W | 150W | 100W | 750W For every one degree increase in ambient temperature above 25 ° C, the allowable overload is reduced by 1%. The main feature table is only applicable to resistors appropriately installed on heat sinks, with a thermal resistance of 1 ° C/W at rated powers of4027 -
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Category: resistanceDescription: 250 W The 500 W Vishay Sfernice RPS series thick film non inductive resistor is used for heat sink installation, especially suitable for harsh pulse applications. The shell opening is easy to install and optimize, and the low heat radiation is installed on the heat sink. Power consumption at 70 ° C: | RPS 250DH: 250W ------- | RPS 500DH: 500W Tolerance: | ± 5% Temperature coefficient: | ± 250 ppm/° C (R | ± 150 ppm/° C (R1 Ω) Maximum service voltage: | 5 kV Effective value Thermal resistance: | RPS 250DH: 0.22 ° C/W | RPS 500DH: 0.11 ° C/W Dielectric stiffness: | 14 kV Effective value Operating temperature: | -55 ° C to+125 ° C9506 -
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Category: resistanceDescription: VISHAY RPS0250DH1003KBZA3 RPS 250D H 100K 10% ZA3 BO15 e 70M0656 new3006 -
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Category: resistanceDescription: VISHAY RPH100V1R000JB Through hole resistor, RPH 100 series, 1 ohm, 10 W, ± 5%, 1.9 kV2207 -
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Category: resistanceDescription: VISHAY RPH100V10R00JB Through hole resistor, RPH 100 series, 10 ohm, 10 W, ± 5%, 1.9 kV7628 -
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Category: resistanceDescription: VISHAY RPH100V2R200JB Through hole resistor, RPH 100 series, 2.2 ohm, 10 W, ± 5%, 1.9 kV8676
