C144R7JL Te Connectivity TE Connectivity C14 Series Axial Wirewound Resistor 4.7Ω ±5% 14W ±90ppm/°C
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| Producent | Te Connectivity | | Part Number | C144R7JL (C144R7JL) |
| Specifications | TE Connectivity C14 Series Axial Wirewound Resistor 4.7Ω ±5% 14W ±90ppm/°C |
| Unit Price | 1,86 EUR |
| Minimum Order Quantity | 1 |
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| Description | Case StyleConformal Diameter8.5mm Dimensions8.5 Dia. x 53.3mm Length53.3mm Maximum Temperature Coefficient+90ppm/°C Minimum Temperature Coefficient-90ppm/°C Power Rating14W Resistance4.7Ω SeriesC14 TechnologyWire Wound Temperature Coefficient±90ppm/°C Termination StyleAxial Tolerance±5% Product Details C14 Series 14W, Axial Tyco C series economically priced resistors are capable of dissipating high power from a relatively small size in harsh environmental conditions Power at 40°C 14W Resistance Tolerance 5% Temperature Coefficient >1Ω 90ppm/°C Operating Temperature -55 → 200°C Limiting Element Voltage 650V Body Length 53.3 mm Body Diameter 8.5 mm Lead Length 35 mm Lead Diameter 0.8 mm Vitreous Enamel Axia and Radial - 2.5 to 50W A range of high power resistors in small body sizes suitable for use in harsh environments. Their high stability and reliability make them particularly suitable for use in protection circuits.,The resistance wire element is wound onto a high purity ceramic substrate and employs an all welded cap and lead method of construction giving considerable strength and resistance to damage. The vitreous enamel protective coating is resistant to all normal PCB cleaning solvents.Application note. Terminations should not be bent closer than 1.5mm from the body. Recommended minimum bend radius is 1mm. For full rated power dissipation terminations should not be soldered closer than 4mm from the body.When cold, vitreous enamel has excellent insulation resistance; however the specific resistance decreases with increasing temperature. Therefore if the resistor is operating at or near maximum temperature it cannot be classed as insulating and should not be in contact with any conducting materials. |
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