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quality Current sensing resistor EATON MSMA1225R0022FGM metal strip design optimized for in voltage regulator modules factory
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quality Current sensing resistor EATON MSMA1225R0022FGM metal strip design optimized for in voltage regulator modules factory
quality Current sensing resistor EATON MSMA1225R0022FGM metal strip design optimized for in voltage regulator modules factory
quality Current sensing resistor EATON MSMA1225R0022FGM metal strip design optimized for in voltage regulator modules factory
>
Specifications
Resistance:
2.2mΩ
Power(Watts):
3W
Temperature Coefficient:
±50ppm/℃
Operating Temperature:
-55℃~+170℃
Type:
-
Tolerance:
±1%
Mfr. Part #:
MSMA1225R0022FGM
Package:
1225
Key Attributes
Model Number: MSMA1225R0022FGM
Product Description

Product Overview

The MSMA series SMD current sensing resistors are designed for high-performance applications requiring precise current measurement. Featuring a metal strip construction, these resistors offer low sensing resistance, high power dissipation, and are AEC-Q200 compliant. They are suitable for various power management applications including switched-mode power supplies, voltage regulator modules, and stepper motor drives.

Product Attributes

  • Brand: Eaton (implied by www.eaton.com/electronics)
  • Material: Metal Strip (MnCu, NiCu, Cu options)
  • Certifications: AEC-Q200 compliant, Moisture Sensitivity Level (MSL): 1, Pb FREE, HALOGEN HF FREE

Technical Specifications

Part Number SchemeFamilyGrade OptionFootprint (EIA)Resistance OptionMetal Material OptionPower Rating OptionResistance Tolerance OptionTCR (ppm/C)Operating Temperature
MSM@xxxxRxxxx*?!MSMA = Automotive0603, 0805, 1206, 2010, 2512, 1225Rxxxx = xxx.x m (R0000 < 0.5 m)M = MnCu, N = NiCu, C = CuA = 1/4 W, S = 1/2 W, C = 1 W, D = 1.5 W, E = 2 W, G = 3 WF = 1%, J = 5%100, 50-55 C to +150 C, -55 C to +170 C
MSM@0603Rxxxx*?!MSMA0603 (1608 metric)0 (0000)Cu (C)1/4 W (A)5% (J)3800-55 C to +150 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)1 (0010)MnCu (M)1/2 W (S)1% (F)100-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)1.5 (0015)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)2 (0020)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)3 (0030)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)4 (0040)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)5 (0050)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)6 (0060)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)8 (0080)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)9 (0090)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)10 (0100)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)15 (0150)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)20 (0200)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@0805Rxxxx*?!MSMA0805 (2012 metric)25 (0250)MnCu (M)1/2 W (S)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)1 (0010)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)2 (0020)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)3 (0030)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)3.5 (0035)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)4 (0040)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)5 (0050)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)6 (0060)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)7 (0070)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)7.5 (0075)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)8 (0080)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)9 (0090)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)10 (0100)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)12 (0120)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)14 (0140)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)15 (0150)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)16 (0160)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)18 (0180)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)20 (0200)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)22 (0220)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)25 (0250)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)30 (0300)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)40 (0400)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@1206Rxxxx*?!MSMA1206 (3216 metric)50 (0500)MnCu (M)1 W (C)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)1 (0010)MnCu (M)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)2 (0020)MnCu (M)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)14 (0140)MnCu (M)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)30 (0300)MnCu (M)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)5 (0050)NiCu (N)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)6 (0060)NiCu (N)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)10 (0100)NiCu (N)1.5 W (D)1% (F)50-55 C to +170 C
MSM@2010Rxxxx*?!MSMA2010 (5025 metric)15 (0150)NiCu (N)1.5 W (D)1% (F)50-55 C to +170 C

2410121517_EATON-MSMA1225R0022FGM_C7307614.pdf

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