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quality High power current sensing resistor JIERR RE2512F3R0R5L with MnCu material and SMD chip installation factory
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quality High power current sensing resistor JIERR RE2512F3R0R5L with MnCu material and SMD chip installation factory
>
Specifications
Resistance:
0.5mΩ
Power(Watts):
3W
Type:
Current Sense Resistor;Alloy Resistor
Tolerance:
±1%
Mfr. Part #:
RE2512F3R0R5L
Package:
2512
Key Attributes
Model Number: RE2512F3R0R5L
Product Description

Product Overview

Alloy resistors, also known as patch resistors, are high-power current-sensing resistors designed for accurate current detection. They feature SMD chip installation, high power handling capabilities, and ultra-low resistance values down to 0.0R. These resistors are ideal for applications requiring precise current monitoring and are compliant with AEC-Q200 standards.

Product Attributes

  • Brand: Not specified
  • Origin: Not specified
  • Material: MnCu, CuNi
  • Color: Not specified
  • Certifications: RoHS, REACH, AEC-Q200

Technical Specifications

SizeTypeRated Power (W)Resistance ToleranceResistance Range (m)MaterialTCR (ppm/)Operating Temperature Range ()Insulation Resistance (M)
2512 Large Electrode2W/3W<0.45mF:1%, G:2%, J:5%R0005 R R004MnCu350ppm/-55~+170100M
2512 Small Electrode3W/4WR001RR020F:1%, G:2%, J:5%R001 R R020MnCu50ppm/
25122W/3WR001RR220F:1%, G:2%, J:5%R001 R R220MnCu350ppm/-55~+170100M
25122WR220RR500F:1%, G:2%, J:5%R220 R R500MnCu50ppm/
2512 Large Electrode2W/3W0.5mR<1mF:1%, G:2%, J:5%0.5mR<1mMnCu350ppm/
2512 Small Electrode3W/4W1mR1.5mF:1%, G:2%, J:5%1mR1.5mMnCu350ppm/
25122W/3W/4W2mR20mF:1%, G:2%, J:5%2mR20mMnCu50ppm/-55~+170100M
25122W/3W20mR150mF:1%, G:2%, J:5%20mR150mMnCu50ppm/
25122W150mR220mF:1%, G:2%, J:5%150mR220mCuNi50ppm/
25122W220mR400mF:1%, G:2%, J:5%220mR400mCuNi50ppm/-55~+170100M
25124W400mR500mF:1%, G:2%, J:5%400mR500mKama50ppm/
SizeTypeL (mm)W (mm)T (mm)E (mm)
2512 Large Electrode6.40.23.20.20.80.082.20.2
2512 Small Electrode6.40.23.20.20.80.081.00.2
Test ItemTest MethodConditionsSpecification
Short Time OverloadIEC60115-1 4.13Applied 5.0 times of rated power for 5 second. Measure the variation of resistance.1%
Temperature CoefficientIEC60115-1 4.8TCR=R-R0 /t-t0R0 10 6ppmRefer to Spec.
Temperature cyclingJESD22 Method JA-1041000Cycles (-55to +125) Measurement at 244 hours after test conclusion.< 1%
High Temperature ExposureMIL-STD-202 Method 1081000 hrs. @T=125. Measure the variation of resistance at 244 hours after test conclusion.< 1%
Low Temperature OperationIEC60115-1 4.23.445 min. @T=-55. Measure the variation of resistance after test conclusion< 1%
Biased HumidityMIL-STD-202 METHOD 1031000 hours 85/85%RH. Note: Specified conditions: 10% of operating power. Measurement at 244 hours after test conclusion.1%
SolderabilityJ-STD-002B test BDip the terminal in a flux and then dip into a soldering bath at 245 5for 2~3sec.Min 95% coverage
Operational lifeMIL-STD-202 METHOD 108702 , applied rated current for 1.5H and rested for 0.5H repeatedly till total test time is 1000 +48/-0 .. Measure the variation of resistance.1%
Resistance to vibrationMIL-STD-202 METHOD 2045g's for 20min.12cycles, 10-2000Hz . Measure the variation of resistance.1%
Resistance to Solder HeatIEC60115-1 4.18Dip the terminal in a flux and then dip into a soldering bath at 260 5for 101sec. Measure the variation of resistance.1%
Terminal bendingAEC-Q200-005Min 2mm deflection,60sec.Measure the variation of resistance.1%
Mechanical ShockMIL-STD-202 METHOD 213100g's , Normal duration is 6ms , half sine shock pulse. Measure the variation of resistance.1%
Terminal StrengthAEC-Q200-006Applied a 17.7N (1.8Kg) for 601seconds.1%
Thermal shockMIL-STD-202 METHOD 107-55/+125C, Number of cycles is 300. Devices mounted. Maximum transfer time is 20 seconds.Dwell time is 15 minutes. Air Air. Measure the variation of resistance.1%
FlammabilityUL-94V-0 or V-1 are acceptable. Electrical test not required.1%
ESD testAEC-Q200-0022KV, 2times/1s1%

2508221508_JIERR-RE2512F3R0R5L_C46961744.pdf

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