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If you need a resistor that can handle high power loads, our High Power Foil Resistor is the perfect solution. With its superior materials and construction, this resistor delivers efficient and reliable performance in demanding applications.
Our High Power Foil Resistor is designed for use in power supplies, amplifiers, motor controllers, and other high voltage applications. It features a metal foil element that maintains stable resistance over a wide temperature range, ensuring accurate and consistent performance.
Our resistor is also built to withstand high power loads. It has a power rating of up to 2 watts, making it suitable for use in high current circuits without sacrificing reliability or performance. The resistor is constructed using a unique winding process that minimizes inductance and capacitance, reducing the risk of interference and noise in your circuit.
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Additionally, our High Power Foil Resistor is available in a range of resistance values and tolerances, making it easy to find the perfect match for your specific application requirements. Plus, its compact size and easy installation make it a convenient and cost-effective solution for your high power needs.
So, if you need a resistor that can handle high power loads without sacrificing performance, reliability, or efficiency, choose our High Power Foil Resistor. Contact us today to learn more about this superior product.
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Equivalent to ISA AH-E
Product Features:
â— Rated power up to 50W
â— Precision of resistance value is 0.01%
◠Temperature coefficient is ±2ppm/K
â— Very low susceptibility
â— Load stability up to 0.02%
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Table 1-Parameters |
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mode |
RNG4617 |
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Stopped value interval |
From 0.005 to 1000Ω |
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power rating |
The heat sink is not installed70℃ |
3w |
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Add radiator |
50w |
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accuracy |
1%/ 0.1%/ 0.25%/ 0.5%/ 0.01%/ 0.02%/ 0.05% |
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Thermal resistance |
1.6KW |
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stability (1000h) |
0.02%/ 0.1%/ 0.2%/ 0.5%(It also depends on the pressure) |
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temperature coefficient |
±10ppm/K (20 to 60℃) ±5ppm/K (20 to 60℃) ±2ppm/K (20 to 60℃) |
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Pressure resistance value |
500VDC |
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Maximum current |
50A |
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Thermoelectric potential |
<1μV/K |
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Operating temperature interval |
-40 to 130℃ |
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Resistance material |
Manganese copper, nichrome foil |
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placode |
Anodized aluminum |
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Protective layer |
Epoxy resin |
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Electrode material |
Tinned copper |
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Pin count |
4 |
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Maximum torque |
1Nm |
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Figure 2-The reduced power curve |
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Rated Power Note- RNG4617 Series resistance connected to a suitable radiator for use. The maximum internal temperature is 130°C. Using the following formula: Where: RθH= thermal resistance of the radiator (K / W) RθR = electric resistance of thermal resistance (K / W) TMAx = maximum resistance maximum working temperature TA = Ambient temperature of radiator (℃) P = power of resistor (W) |
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Table 3-Line connection |
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For low resistance resistance (less than 10 Ω), the increase in the resistance and temperature coefficient of the copper pin exceeds the resistance itself. A four-legged Kelvin connection is recommended, as shown in the figure below. The load current on the V-pin will cause a measurement error.
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Support customization
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http://www.tgfoil-resistors.com/